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lever and pulley: both help by lifting stuff to any height.
wedge: they help by splitting anything you need to split.
inclined plane: can help by moving heavy things to a higher point.
wheel and axle: can move heavy item at faster speeds.
screw: can lock anything in place.

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inclined plane, simple machine consisting of a sloping surface, used for raising heavy bodies. The force required to move an object up the incline is less than the weight being raised, discounting friction. The steeper the slope, or incline, the more nearly the required force approaches the actual weight.

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Simple machines are machines that help you do less work.A wedge cuts things, pushes things apart. A wheel and axle makes things easy to move by rolling them and reduces friction. A lever makes lifting weight easier. A inclined plane makes it easier to move objects upward. A screw holds things together, turns rotation into length wise movement. A pulley makes lifting things with a rope easier.

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We learned about simple machines and how they work and i know that Simple Machines make work easier.

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Incline planes are an object that makes it easier to move objects upward. It has helped to make sure we don't put too much work or force in the object. Pulleys have helped to make  it easier to move objects up. It has helped to make sure we don't put too much work or force in the object. Levers are an object that makes lifting weight easier. It has helped to make sure we don't put too much work or force in the object. Wheels and axles  help by making things easier when you move things by rolling. It has helped to make sure we don't put too much work or force in the object. A screw helps hold things together. It has helped to make sure we don't put too much work or force in the object. A wedge helps by cutting things, or pushes them apart. It has helped to make sure we don't put too much work or force in the object.

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The inclined plane gave humans mechanical advantage because it takes less force to move an object in an upward direction on an inclined plane than it does to lift the object straight up.

The screw gives humans mechanical advantage because it decreases the amount of force needed to do work by increasing distance.

The wedge gives humans mechanical advantage because it increases the force applied to the object.

The wheel and axle gives humans mechanical advantage by reducing the friction involved in moving an object.

The lever gives humans mechanical advantage by changing the force applied to the machine or the distance over which the force is applied.

The pulley gives humans mechanical advantage by change the direction of force.

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Inclined planes create a mechanical advantage by making less force required to move an object up some height.
Pulleys create a mechanical advantage by making less force required to lift an object.
Levers create a mechanical advantage by outputting force.
Wheels and Axles create a mechanical advantage by making an object able to be pushed with less force.
Screws create a mechanical advantage by holding things together.
Wedge creates a mechanical advantage by pushing things apart.

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Inclined planes create a mechanical advantage by making less force required to move an object up some height.
Pulleys create a mechanical advantage by making less force required to lift an object.
Levers create a mechanical advantage by outputting force.
Wheels and Axles create a mechanical advantage by making an object able to be pushed with less force.
Screws create a mechanical advantage by holding things together.
Wedge creates a mechanical advantage by pushing things apart.

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Incline planes are an object that makes it easier to move objects upward. It has helped to make sure we don't put too much work or force in the object. Pulleys have helped to make  it easier to move objects up easier. It has helped to make sure we don't put too much work or force in the object. Levers are an object that makes lifting weight easier. It has helped to make sure we don't put too much work or force in the object. Wheels and axles  help by making things easier when you move things by rolling. It has helped to make sure we don't put too much work or force in the object. A screw helps hold things together. It has helped to make sure we don't put too much work or force in the object. A wedge helps by cutting things, or pushes them apart. It has helped to make sure we don't put too much work or force in the object.

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Today I learned about simple machines and how they help make work easier and simpler and I know that there are 6 types of simple machines such as the pulley, screw, lever, inclined space, wheel and axle, and the wedge are the machines and for a machine to be useful it must give more force then the energy.

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The word interactive means for your to be engaged in something and the word process means a list you have to follow in order to get to your finish product.

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Interactive means to do something like writing and using a phone.
Process means to process a stage like a plant/living thing has to go through a process to develop.

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Interactive process - Abraham Vazquez 02/23/23-3rd P 

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Interactive process - Abraham Vazquez 02/23/23-3rd P 

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An interactive process is when you are doing something that involve yous like a video game by doing the tutorial and playing the game that is a interactive process so a interactive process is anything that makes you do something

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Starter-What does the word interactive and process mean?

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Starter-What does the word interactive and process mean?

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Interactive means when something is working together or acting upon on something.
Process means when things take time.
Ta'Niyah Thomas.

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The word interactive means to be apart of the action or being hands on. The word process means to have steps leading to an end or achievement.
-By: Jaden Perales

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Question: What does the words interactive and process mean?

Answer: Interactive means being able to change, respond to, or control, just like how I can respond to this question, that makes it interactive. The word process means a sequence of steps to complete an order/sequence. This question is a process, first I have to answer what interactive means, then what process means.

Landon Strickland

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What does interactive and process mean? - Kara Denison

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What does interactive and process mean? - Kara Denison

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Interactive means when somebody/something has to interact with something themself to be used. Process is an order that has to be done for a function. Such as; machines have to process electricity in order to work or the process you have to go through in order to buy something.

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Mean of interactive and process-Mariam Boktor

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Mean of interactive and process-Mariam Boktor

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Interactive: When two things work together.

Process:Steps taken to accomplish or complete something.

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The word interactive means to do your own actions.

The word process means to analyze information or to handle something.

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interactive means to engage or touch(like to mess with) the item or person.

process means the step by step system on how something or someone works.

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What does the word Interactive and process mean? - Heaven D

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What does the word Interactive and process mean? - Heaven D

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Interactive means working together actively

Process means something that takes time

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The word interactive means to be apart of the action or being hands on. The word process means to have steps leading to an end or achievement.

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The word interactive is something you are apart of and the word process is steps to the end or an achievement.

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The definition for interactive is able to respond to something's behavior.
The definition for process is a step by step sequence to achieve a goal.
-Jonathan Blazo

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What does words interactive and process mean? - George Freeman

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What does words interactive and process mean? - George Freeman

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Something that you are doing.

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interactive means that to mean to accomplish a task or to process a series in order to achieve to a task.

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interactive means that to mean to accomplish a task or to process a series in order to achieve to a task.

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javari atkins

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I think process means taking time, and interactive is something your doing yourself

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What does the words interactive and process mean?
Interactive means having an impact or impacting each other.
Process means a number of steps or actions taken to reach a specific goal.
- Jaydon Ballard

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The word interactive means not active or not doing something, or stoping to do something for a short amount of time. The word process means an order on how to do something.

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The word interactive means to do your own actions.

The word process means to analyze information or to handle something.

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Interactive- The general ability to work with an external mean to accomplish a task.
Process-  A series of steps taken in order to achieve a task or skill.

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Kailey- What does the words interactive and process mean?

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Kailey- What does the words interactive and process mean?

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The word interactive means to be apart of the action or being hands on.

The word process means to have steps leading to an end or achievement.

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Interactive means to be constantly engaged in a activity or project.

Process means in a series of steps or events involved in learning a skill.

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Starter: What does the words Interactive and process mean?

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Starter: What does the words Interactive and process mean?

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1.  The word interactive means that it is a kind of computer and computer-user interaction; in other words something a computer reacts to the user inputs

2. The word process means a series of actions given to an object in order to achieve an objective or a goal.
---Nadeliz Rivera-Santos

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The words Interactive and process means for you to become or do the action. Process means the act of doing something or a sequence.

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What does the words interactive and process mean?          Kenlie Hair

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What does the words interactive and process mean?          Kenlie Hair

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Interactive means something you can use with your hands or be constantly engaged with
Process means a series of actions or steps taken to get a solution.

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The body systems work together like how the digestive system works with the respiratory system.  The digestive system would break down food in the mouth and stomach then it would be brought to the liver to be filtered which the esophagus brings it to. After the food is filtered, the respiratory system brings those nutrients to every cell i your ody by adding the nutrients to your bloodstream which gives the cells energy to work. The circulatory and respiratory systems work together by the circulatory system circulates the blood lower into the heart to pump blood. The respiratory system takes carbon dioxide to the heart for it to be transferred into oxygen then brought to cells and the lungs. The two systems work together because they both work with the heart, veins, and lungs. Even though all of these systems are different, they all work together to ensure health and strength to the body.

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what i learned about how the body systems work together-Gabriel Land

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what i learned about how the body systems work together-Gabriel Land

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Digestion starts in the mouth. Your teeth grind up the food then special glands under the tongue pump out saliva to help break down the food and lubricate the food on its 12- hour 13-foot journey through the gut. It passes from the small intestine before finally passing in the large intestine. Waves of contracting muscle keep the food moving a process called peristalsis. The contractions are so powerful that we can eat upside down. Food enters the stomach through a hole at the top. The stomach is a muscle that burns, squashes, and squeezes food into liquid at the same time acids breaks the food down. The stomach walls protect themselves with a lining of mucus, without it the acids could digest parts of the stomach and that can lead to stomach ulcers. About an hour later the stomach squeezes the broken-down food out through a tiny hole called the pyloric sphinct. The food enters the small intestine an 7 meter coil tube where it absorbs most of the nutrients. The intestine wall of the small intestine is lined with millions of microscopic projections called villi. These increase the surface area of the gut making it easier to absorb nutrients which allows all your organs to work.

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How all the body systems work together-gabrielle

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How all the body systems work together-gabrielle

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The nervous and endocrine systems direct the action and function of the body. The digestive, respiratory, and circulatory systems work together to remove waste from the body while also absorbing necessary nutrients and compounds. Your circulatory system carries vital nutrients to the skeletal and muscular systems.

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In order to understand how to heal the body you need to understand how the body works. Dr. Bergman briefly explains the anatomy and function of the major organ systems so you can begin to understand how to approach natural holistic healing. At http://bergmanchiropractic.com and http://Owners-Guide.com we strive to educate people on natural solutions to health.

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What I have learned about the Digestive System-Mariam

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What I have learned about the Digestive System-Mariam

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The digestive system is the process of breaking down food into nutrients.If your healthy then digestion will happen without you even noticing.The organs in the digestive system are the mouth,esophagus,stomach,small intestine and the large intestine,anus.The digestive process starts with the mouth where you break down food with your teeth,then saliva breaks it down even more and transports it to the esophagus, after that it reaches the stomach and it burns down using its acids.Then it arrives to the small intestines where it takes all the nutrients from the food, then the rest is sent to the large intestines and then out your body.There are two different types of digestion, Mechanical, and Chemical.Mechanical digestion is when you are eating large chunks of food then you break them down into small pieces, this process begins in the mouth and involves physical processes like chewing then it is continued in the stomach as it mixes with the digestive juices. Chemical digestion are large food molecules that are broken down into small nutrients.Absorpation is the process of the nutrients taken from food to transport into the blood so the body uses it.Elimination is the process when any substances that can not be broken down, the nutrients are taken from them,then are out of the body as solid food waste.

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The digestive system is a system of organs that breaks food down. It also breaks the food you eat down into smaller pieces.  It is also needed to produce energy and you get that from nutrients. The digestive system consists of the mouth, the esophagus, pharynx, stomach, small intestine, large intestine, rectum, and anus. It is also has the gastrointestinal tract—also called the GI tract or digestive tract—and the liver, pancreas, and gallbladder. the gastrointestinal tract—also called the GI tract or digestive tract—and the liver, pancreas, and gallbladder. the gastrointestinal tract—also called the GI tract or digestive tract—and the liver, pancreas, and gallbladder.The GI tract is a series of hollow organs joined in a long, twisting tube from the mouth to the anus.

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What I learned about how the body systems work together. - Aziia H.

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What I learned about how the body systems work together. - Aziia H.

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The digestive system breaks down food and nutrients, and the respiratory system provides the oxygen that cells need to release energy. Another system, called the circulatory system, transports materials from the digestive and respiratory systems to the cells. Blood moves continuously through the body, delivering oxygen and other materials to cells and removing carbon dioxide and other wastes from cells. The circulatory system works with other systems to provide the body with this continuous flow of life-giving blood. The right side of the heart pumps blood to the lungs to receive oxygen, and the left side of the heart pumps blood to the entire body. Inside the lungs, the respiratory system interacts with the circulatory system.

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I learned that the digestive system is use to give us nutrients so that we can do our daily deeds and not get tired from it. how the digestive system works is in steps. first your mouth breaks down the food so that it can be digested. then the food goes down the esophagus into the stomach. after that the food is eroded by the stomach acids and soon goes into the small intestine. the small intestine will extract the nutrients from the food. leaving waste and dead cells left that goes through the big intestine and finally passing through and completing the digestive system cycle

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Summary of what I have learned about the Digestive System and how it works-----Nadeliz Rivera-Santos

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Summary of what I have learned about the Digestive System and how it works-----Nadeliz Rivera-Santos

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1. The Digestive System is very important to us because it helps give the body nutrients and it gets rid of waste and unneeded materials. Sometimes the Digestive System can take a day in order to digest the food because it needs to make sure the body has the right amount of nutrients and that waste materials are ready to be sent out of the body.
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2. The reason why your body needs nutrients for it is because it is being needed by the cells in the body. Cells require nutrients in order for them to eat and that they can keep on working to help your body. The process for the Digestive System is digestion and absorption.
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3. The Digestive system is mainly known as one of the long tubes from the mouth up to the anus, also known as the gastrointestinal tract. The main organs for the Digestive System are the esophagus, stomach, and the intestine.
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It may take over a day for a meal to pass all the way through your digestive system, and also The digestive system is the body system that breaks down food and absorbs nutrients. It also gets rid of solid food waste. The digestive system is mainly one long tube from the mouth to the anus i think the The anus is the opening of the rectum last part of the large intestine to the outside of the body, you have small and large instesins,  large food are molecules  that are broken down into small nutrient molecules. and The process of passing solid food waste out of the body is called elimination. You chew your food and it comes out later one because it went through. the digestive system is a important part of the body., you need nutrients in your body thats why you need to eat food, the system is a long tube., the digestive system controlss your body with eating and it goes throw your body

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so today i learned that eye color has to do with the amount of melanin that a person has. I also learned what a polygenic trait is. - Jonathan Blazo

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so today i learned that eye color has to do with the amount of melanin that a person has. I also learned what a polygenic trait is. - Jonathan Blazo

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javari atkins

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The digestive system is a network of 7 parts. The 7 parts are the mouth, esophagus, stomach, small intestine, large intestine, ileum, and anus. It starts at your mouth. You eat food and your mouth starts to break down the food with saliva and teeth in order to get nutrients to power your body. After you swallow it travels through your throat to your esophagus where it has to expand and contract to get the food through, and ends up in your stomach. Your stomach has acids that further break down the food. Your stomach has mucus to protect your body from the acid because the acid is dangerous and can cause great harm and damage. The food then goes into the small intestine, where its goal is to remove nutrients and acid. The large intestine removes the water, and then it turns into waste to exit out the anus.

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What did I learn about the Digestive System - Heaven D

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What did I learn about the Digestive System - Heaven D

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1) This video shows us how the digestive works inside of the body. And they explain to us how the digestive system works. And they explain how the different parts of the digestive system work together. And they show what the parts look like from the inside.

2) This video talked about how the first thing that we get as humans, animals is the digestive system. And the tubes are called the Alimentary canal and it can also be called the digestive track. They help filter out waste that can be harmful to our bodies at the end of the tube. And the digestive system is controlled by the autonomic nervous system.

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The digestive system  By Abraham Vazquez 

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The digestive system  By Abraham Vazquez 

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The digestive system is responsible for breaking down food and absorbing nutrients. It is made up of the mouth, esophagus, stomach, small intestine, large intestine, and rectum. The mouth breaks down food, the esophagus transports the food to the stomach, the stomach breaks down the food further, the small intestine absorbs the nutrients, the large intestine absorbs water, and the rectum stores waste.

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The digestive system is a network of system of organs that breaks down food to turn into energy first the journy starts at the mouth where saliva is made then it moves down to the Esophagus which brings food to the stomach where it is broken down by acids the it move to the small intestine's where the nutrients are collected and acids safely disabled then it moves to the large intestines where all the waste is removed so in conclusion all the organs in the digestive system works together for the wellness of the body.

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What did I learn about how the body systems work together? - Kailey R.

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What did I learn about how the body systems work together? - Kailey R.

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The digestive system is the system that breaks down food and absorbs nutrients. There are many organs that are involved and needed for the digestive system.

The digestive system is basically one long tube called the gastrointestinal tract. The main organs involved are the esophagus, the stomach, and the intestines.

The digestive system starts with the mouth where the food is chewed and the saliva starts to break down the food. Then the stomach fully breaks it down. After the food  is broken down into small nutrient molecules the molecules are absorbed by the blood.

The digestive system is very important so that your body and cells are getting the nutrients they need.

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When you eat food, it needs to be chewed up really well so that it is broken down enough. Saliva also helps with the process of breaking down the food. After the food is broken down, it then goes down a tube, which contracts in order the push the food down. This is why people are technically able to eat food upside down. The food goes to the stomach, where it is further broken down in the stomach acid. Water also helps this process, and makes the final product kind of suppey. After this, the food travels to the small intestine, where the food is further broken down and some of it is absorbed. It then goes to the large intestine, where water in taken from the food, and the parts of the food that are not needed are sent from the body.

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Video 1.) The video shows us how food goes through our bodies during digestion. It Explains how the digestive process works. And, how each of the parts of the digestive system work, and help us.
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Video 2.)  Explains how the first thing that we develop as people or animals is the digestive system. There is a long set of tubes called the Alimentary Canal, or the digestive tract. These tubes help filter out waste that can potentially be harmful at the end of the tube. The digestive system is controlled by the autonomic nervous system.

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what I learned about the Digestive system. By: Jaden Perales

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what I learned about the Digestive system. By: Jaden Perales

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The digestive system is a complex network of organs and glands that work together to break down food into nutrients that can be used by the body. It begins with the mouth, where food is chewed and mixed with saliva to form a bolus. The bolus then travels down the esophagus to the stomach, where it is further broken down by stomach acid and enzymes. From the stomach, the partially digested food moves to the small intestine, where most of the digestion and absorption of nutrients takes place. The small intestine is divided into three sections: the duodenum, jejunum, and ileum. The duodenum is the first section of the small intestine and is where most of the digestion and absorption of nutrients takes place. The jejunum and ileum are the last two sections of the small intestine and are responsible for the absorption of vitamins, minerals, and other nutrients.

The partially digested food then moves to the large intestine, where water and electrolytes are absorbed and the remaining waste material is stored until it is eliminated from the body. The large intestine is divided into four sections: the cecum, colon, rectum, and anus. The cecum is the first section of the large intestine and is where the appendix is located. The colon is the longest section of the large intestine and is responsible for the absorption of water and electrolytes. The rectum is the last section of the large intestine and is where the waste material is stored until it is eliminated from the body. The anus is the opening at the end of the digestive tract where the waste material is eliminated from the body.

The digestive system also includes several accessory organs that help to break down food and absorb nutrients. These organs include the liver, gallbladder, and pancreas. The liver produces bile, which helps to break down fats in the small intestine. The gallbladder stores and releases bile into the small intestine. The pancreas produces enzymes that help to break down carbohydrates, proteins, and fats in the small intestine.

The digestive system is an incredibly complex and important system in the body. It is responsible for breaking down food into nutrients that can be used by the body and eliminating waste material from the body. Without the digestive system, the body would not be able to absorb the nutrients it needs to survive.

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You consciously chew up your food, but most of the digestive process takes place without your conscious awareness. Nutrients in the foods you eat are needed by the cells of your body. The digestive system is the body system that breaks down food and absorbs nutrients. It also gets rid of solid food waste. The digestive system is mainly one long tube from the mouth to the anus, known as the gastrointestinal tract. Digestion is the process of breaking down food into nutrients. There are two types of digestion, mechanical and chemical. In mechanical digestion, large chunks of food are broken down into small pieces. Mechanical digestion begins in the mouth and involves physical processes, such as chewing. This process continues in the stomach as the food is mixed with digestive juices. In chemical digestion, large food molecules are broken down into small nutrient molecules.

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the digestive system is something that control your body with eating and it go threw your like all over body it goes to different parts of it body before it goes down because it got to food go to a parts so it can chew but it goes it parts but they all go the same way and then it comes out

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I ) Proteins are made up of chains of amino acids. Twenty different amino acids form together in combinations to create the thousands of different types of proteins in the human body. The DNA stores the information which enables a cell to put together the sequences of amino acids in order to form specific proteins.

II ) There are four different nucleotides in DNA which are identified by the bases; Adenine, thymine, cytosine, and guanine (ATCG). The bases fit together as such a puzzle in order to create DNA. A code of 2 bases to 1 amino acid gives only 16 possible combinations, however, a code of 3 bases to 1 amino acid creates 64 possible combinations.

III ) Before a cell divides, all of its DNA is copied, which is a process called replication. When a cell divides into two new cells, each daughter cell receives an identical copy of the DNA. During replication, each strand of DNA is used as a template to produce a copy of the other strand.

IV ) RNA carries the information from DNA to a ribosome, which is where the amino acids are brought together to form a protein. The different types of RNA are mRNA ,rRNA, and tRNA, or messenger ribosomal and transfer RNA. In prokaryotic cells,  RNA and proteins are both made in the cytoplasm while for the eukaryotic cells, DNA is copied in the nucleus then the RNA is moved to the cytoplasm, which is where proteins are made.

V ) Transcription is the process of transferring information from DNA to RNA. The chemical structure of RNA is very similar to the structure of DNA. Three of the bases that make up RNA are the same as in DNA (guanine, cytosine, and adenine) however, the fourth base is uracil not thymine.

VI ) To make proteins, cells have to translate this language of nucleotide bases into the language of amino acids. The mRNA is made by copying DNA, and the information it carries tells the cell how to link amino acids together to form proteins.Translation is the process of protein synthesis by ribosomes in the cytoplasm or ER.

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1.Proteins are made of chain of amino acids. There are many different sizes, for example the lysozyme has 129 ino aids but the dystrophin has 3685 amino acids. The amino acids are basically the bases on the DNA

2.Dna is in the shape of a double helix or a twisted ladder. The DNA has 4 different bases the adenine (A),the thymine (T), the cytosine (C),and the guanine (G), they all work together to code information for the body.

3.When cells divide the DNA is copied and both cells have the same DNA. A copy of a DNA is called replication, when that process is complete one strand of the DNA will be new and the other will be old.

4.The DNA codes for the RNA. The RNA gets the information from the DNA then carries it the ribosomes. There is 3 different type of RNA, each has a funition for example th transfer (mRNA), which transfer the information.

5.Transcription is when DNA is transferred from the DNA. The DNA and the RNA have quite similar structures, but the rna does not have the thymine.

6.Translation is when cells translate the language of nucleotide bases. This code is translated int the language of amino acids. Translation takes place in the cytosplasm of the cell.

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Today we also Learned about how RNA is needed to make proteins. DNA is not used to make proteins directly. Translating the genetic code of DNA involves another type of molecule and that is RNA. In prokaryotic cells, RNA and proteins are both made in the cytoplasm.

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1.} proteins are large molecules that are made of chains of amino, twenty different amino acids come together in enough combinations,to make up the thousands of different proteins for the human body, proteins that makeup of 3685 amino acids, digestive proteins that is made up of a sequence of 129 amino acids.
2.}dna molecule takes the shape of a double- stranded spiral. ,subunits that make up each molecule found cells. nucleotide base. there are four different nucleotides in dna, indentified by their basses. the genetic code is , in fact a triple code. A specific sequence of 3 nucleotide bases codes 1 amino acid.
3.} replication the process through for one dna molecule., the stands of dna separate  almost like two threads in a string being unwound. nucleotides on each dna stand, each molecule has one stand of old dna and one stand of new dna, during replication each stand of dna is used as a template to produce a copy of each stand. the template pattern or shape made a plaster model of your hand.
4.}during transcription dna is again used as a template this time to make cmplementary strand of rna. only individual genes are transcribed , not a whole dna molecule. the dna again opens up just where the gene is located ,. rna basses match up to complementary bases on the dna template. transcription is different from replication in some important ways. only one strand of dna is transcribed .
5.}Translation the process by which a cell makes proteins using the genetic information carried in messenger RNA (mRNA). In molecular biology and genetics, translation is the process in which ribosomes in the cytoplasm or endoplasmic reticulum synthesize proteins after the process of transcription of DNA to RNA in the cell's nucleus

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Translation is the passing along information that is coded by the language of nucleotide bases. To be able to make proteins cells have to translate this language. Translation takes place in the cytoplasm of the cells.

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Summaries for "Proteins and Amino Acids", "DNA and the Genetic code", "Replication", "RNA is needed to make proteins", "Transcription", Translation"-------Nadeliz Rivera-Santos (Part 1)

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Summaries for "Proteins and Amino Acids", "DNA and the Genetic code", "Replication", "RNA is needed to make proteins", "Transcription", Translation"-------Nadeliz Rivera-Santos (Part 1)

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"Proteins and Amino Acids"
Proteins are just made up of large pieces of amino acids according to the text it said that "Proteins are large molecules made up of chains of amino acids.". We also learned that in the text that Twenty different kinds of amino acids can make up onto thousands of different proteins that can be located inside the human body. I also learned that lysozyme a digestive protein is made up of a sequence of 129 amino acids and dystrophin is a huge protein structural protein made up of 3,685 amino acids

"DNA and the Genetic Code"
The DNA molecule takes shape as a double stranded spiral that looks just a bit like a twisted ladder. The Nucleotide subunits make up each of the two strands one part which forms the side "rail" and the other one forms the rung and then when both of the two bases come together it makes the DNA. There are four different types of nucleotides such as adenine (A), thymine (T), cytosine (C), and guanine (G) and they make up the sequence for the DNA such as thymine goes together with adenine while cytosine goes with guanine.

"Replication"
Whenever a cell is divided into two cells each of the daughter cell receives an identical copy of DNA from that cell which is known as a process called "replication". First, the two strands of DNA separates then the nucleotides match up and joins the open area and then finally new identical DNA has been made.Replication is really important because it is part of cell division and that is can help a lot for cells .

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The process of copying information from a strand of DNA into a new messenger RNA molecule is called transcription (mRNA). DNA carries genetic material as a reference or template safely and permanently in the cell nuclei. Only individual genes are transcribed, not a whole DNA molecule.
JAYDON BALLARD

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6 summaries for science-landon strickland

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6 summaries for science-landon strickland

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1:Proteins and Amino Acids
Proteins are large molecules made up of Amino Acids. Twenty different amino acids come together and make thousands of different proteins that are all found in the human body. Some proteins can be small, like the lysozyme with a sequence of 129 amino acids. Some can be large though, like dystrophin with 3685 amino acids. DNA provides the code to make up amino acids.

2:DNA and the Genetic Code
DNA molecules shape is a double-stranded spiral which looks like a ladder. This is called a double helix. Nucleotide subunits make up each of the two strands of the DNA molecule. One part of the nucleotide forms the side rail and the other part forms the bases. There are four types of nucleotides, ATCG. A means adenine, T means thymine, C means cytosine, and G means guanine. These then form the bases, some examples are G and C, T and A, and more. That makes the order to make the code for making proteins. Amino acids give 16 possible combinations, but a code of 3 bases to 1 amino acid gives 64. The genetic code is a triplet code. Some examples are T-C-T.

3:Replication
When a cell splits into two, each daughter cell receives an identical copy of the DNA. When all of the DNA is copied, it's called replication. The process is first the DNA strands split into two, then two new strands are made. During replication, the DNA strands are templates. Templates are pretty much just something with a clean slate. Like a plaster model of your hand.

4:RNA is needed to make proteins
DNA isn't used to make proteins directly. RNA, or ribonucleic acid, carries the DNA to a ribosome where the amino acids are brought together to form the protein. DNA codes for RNA, three different types of RNA are involved in this function. They are named after their functions. Messenger RNA (mRNA), Ribosomal RNA (rRNA), and Transfer RNA (tRNA). In prokaryotic cells, RNA and proteins are made directly in the cytoplasm, but in Eukaryotic cells they are copied in the nucleus and then moved to the cytoplasm.

5:Transcription
The process of transferring information from DNA to RNA is Transcription. The structure of RNA and DNA is similar, both made up of 4 nucleotide subunits. Three of the bases in RNA are the same in DNA, guanine, cytosine, and adenine. But, the fourth base is uracil, not thymine. During transcription DNA is again used as a template, but this time to make a complementary strand of RNA. Transcription is different from replication in some important ways, and one way is only one strand of DNA is transcribed, which means just a single strand of RNA is produced. But when transcription is complete, the RNA is released and doesn't stay attached to the DNA.

6:Translation
To make proteins, cells have to translate this language of nucleotide bases into the language of amino acids The actual assembly of amino acids in their proper sequence is translation. Translation happens in the cytoplasm of a cell, and it involves all 3 types of RNA. The process of translation begins when a ribosome attaches to the beginning end of an mRNA molecule, then a tRNA molecule carrying an amino acid matches up to a complementary triplet on mRNA on the ribosome. Then the ribosome attaches one amino acid to another as it moves along the mRNA molecule. The tRNA molecules are released after the amino acids they carry are attached to the growing chain of amino acids. The ribosome completes the translation when it reaches the end of the mRNA strand.

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When two cells divide, each of the daughter cells receives and identical copy of the DNA. Before the cells divide, all of the DNA is copied and the process is known as replication. The process happens when both of the threads of the DNA unwound, and all the nucleotides match up, and when it's complete the DNA is fully copied.

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Today we also Learned about Replication. And it was about how when a cell divides into two cells, each daughter cell gets an identical copy of the DNA. And Before a cell divides, all of its DNA is copied and that is the process of Replication. And how each molecule has one strand of old DNA and one strand of new DNA.

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Translation is the primary method that RNA makes proteins. RNA provides genetic information that ribosomes translate into a variety of proteins required for biological functions. The three primary RNA types involved in protein photosynthesis are mRNA, rRNA, and tRNA.
JAYDON BALLARD

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Transcriptions the process of transferring information from the DNA to the RNA. The DNA and the RNA are similar they have all the same bases except for the thymine is not found in the RNA

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5. The process of transferring information from DNA to RNA is called Transcription. During Transcription DNA is used to make a strand of RNA.

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4. DNA is not used to create protein directly, but it need another molecule called RNA. RNA carries the information from DNA to a ribosome. Where the amino acids start forming proteins.

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Translation is the process through which a cell uses the genetic information contained in messenger RNA to create proteins mRNA. The information included in the mRNA, which is created by copying DNA, instructs the cell on how to assemble proteins from amino acids.

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The DNA molecule takes up a double strand spiral. Nucleotides subunits that make up each of the two strands of the dna moleule.

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DNA and the Genetic Code: Calista Palacios

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DNA and the Genetic Code: Calista Palacios

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The DNA molecule takes shape of a ladder and has nucleotide. Nucleotide submits make up of two strands of the DNA molecule. There are four different types of nucleotides. Adenine, thymine, cytosine, and guanine.

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3.  Replication is the process that occurs before a cell divides. During Replication all of the cells DNA is copied. Each strand of DNA is used as a template for the other strand.

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Proteins and Amino Acids
Proteins are made of amino acids. There are many different proteins that are made of different amounts of amino acids. The DNA tells the cells to put together the right sequence of Amino Acids.

DNA and the Genetic Code
DNA is in the shape of a double helix, which looks kind of like a twisted ladder. DNA is made of 4 different nucleotides, which are different shapes and sizes. This means that only some of the nucleotides fit together with each other.

Replication
Cells divide into two cells when a cell is reproducing. A cell will copy all of its DNA in a process called replication. When replication is complete, there are two strands of DNA, the old and new strand.

RNA is needed to make proteins.
RNA is the molecule that carries information from the DNA. There are three different types of RNA. Each one is named after their function.

Transcription
Transcription is when DNA is transferred from the DNA. DNA and RNA have quite similar structures. However, the fourth base is Uracil, and not Thymine.

Translation
Translation is when cells translate the language of nucleotide bases. This code is translated into the language of Amino Acids. Translation takes place in the cytoplasm of the cell. It involves all three types of RNA.
-Jonathan Blazo

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In RNA the DNA codes for it, so the RNA carries information from the DNA to a ribosome, and that is when the amino acids come together and form a protein.

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2. There are a few different parts of DNA. Like the Nucleotide is a part of the DNA that contains four different bases. Each part of DNA fits together like a jigsaw puzzle. The order of the bases in DNA forms the code for making proteins. There are different codes for different proteins.

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A double-stranded DNA molecule is copied during replication to create two identical DNA molecules. One of the most fundamental processes that takes place within a cell is DNA replication. Also when a cell divides into two cells, each daughter cell receives an identical copy of DNA.
JAYDON BALLARD

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In terms of genomics, transcription is the process of turning a gene's DNA sequence into an RNA copy. The information needed to make the gene's protein is carried by this copy, known as messenger RNA (mRNA).

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Today we also Learned about DNA and the Genetic Code. And it was about how the DNA molecules look like a double stranded spiral or a twisted ladder. And how the nucleotides form on the side of the DNA "ladder". And how the other ones form on the rung. And the NUcleotides are called Adenine Thymine, Cytosine, and Guanine.

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so what i learned is that dna stores the information that enables and the dna molecule takes the shape of a double-stranded spiral, and the diagram to the left  dna is in our body hair is dna spit is dna and ear racks is dna nucleus is the dna molecule of the digarm strand is a the dna base pairs Tt type is the momma type or the dad type tt is the son type 

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so what i learned is that dna stores the information that enables and the dna molecule takes the shape of a double-stranded spiral, and the diagram to the left  dna is in our body hair is dna spit is dna and ear racks is dna nucleus is the dna molecule of the digarm strand is a the dna base pairs Tt type is the momma type or the dad type tt is the son type 

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that is the relationship of the Tt TT the mom and the dad and maybe the so of the digarm it haves nucleus stand dna moleclue

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proteins are large molecules and the chains of amino are acids twenty different thing from proteins and amino acids are a is a sequence of 129 and proteins are small

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Proteins and amino acids
Proteins are large molecules that are made up of chains of amino acids. Different amino acids come together.  Percicley twenty amino acids come together to make enough combinations to make up the thousands of different proteins in our body.

DNA and the genetic code
The DNA molecule takes up a double stranded spiral. Nucleotides subunits that make up each of the 2 strands of the DNA molecule. There are 4 different types of nucleotides in DNA.

Replication
When a cell divides into two cells, each daughter cell receives an identical copy of the DNA. Before the cell divides all of its DNA is copied. Each molecule has one strand of old DNA and one strand of the new DNA.

RNA
DNA is not used to make proteins directly. Translating the genetic code of DNA involves another type of molecule, RNA. RNA is short for Ribonucleic Acid.

Transcription
The process of transferring information from DNA to RNA is called transcription. The chemical structure of RNA is quite similar to the structure of DNA. Both are made up of 4 types of nucleotides subunits.

Translation
Replication and transcription involve passing along information. To make proteins cells have to translate this language. Translation takes place in the cytoplasm of a cell.

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Whenever you are dividing cells, each cell will have a copy of the DNA. But before divide the DNA is copied that process is called replication. So the two strands in the DNA will separate, after that the bases will match up, after that you will have two identical DNA molecules. But each molecule has one old strand from the DNA and one new strand from the DNA.Each strand is basically used has a template.

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in this paragraph it talks about the way that amino acids work together to make all of the protein. as life goes on, their will be more proteins meaning more amino acids. and the way the amino acid connect is in a chain formation.

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Because it transports the information, or message, from the DNA outside of the nucleus and into the cytoplasm, the type of RNA that includes the instructions for building a protein is known as messenger RNA (mRNA). The cytoplasm is where translation, the second step in converting a gene into a protein, takes place.

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The subject so far is about how RNA needs proteins to work properly about how Dna does replication to make new copies of itself how and why DNA and the Genetic code is sprialed what it is made of like cytosine and guanine how Proteins and amino acid makes up thousands of proteins in the human body and the process of Dna giving information to Rna and Translation which is passing information to make proteins,cells and to translate the language of nucleotide bases into amino acids.

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Adenine (A), cytosine (C), guanine (G), and thymine (T) are the four nucleotide bases of DNA that are used in different ways by each gene's code to create three-letter "codons" that describe which amino acid is required at each point within a protein.
JAYDON BALLARD

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DNA replication is the process through which cells make copies of the genome's DNA. A cell must first copy (or duplicate) its entire genome before it can divide, ensuring that each daughter cell does have a complete genome upon division.

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Dna is a molecule that is shaped like a twisted ladder. Nucleotides make up each of the two strands of the Dna.Two bases come together to form into one nucleotide. The bases are Adenine(A),Thymine(T), Cytosine(C), and Guanine(G), it is like a jigsaw puzzle that you put together so the A with the T and the C with G.

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Proteins and Amino Acids: Calista Palacios

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Proteins and Amino Acids: Calista Palacios

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Proteins are large molecules made up of amino acids. Multiple amino acids come together and make thousands of different proteins that are in the  human body. There are different sized proteins like lysozyme which is small and is a digestive protein.

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We learned about Proteins and Amino Acids. And it was talking about how Proteins are large molecules that are made up of chains of Amino Acids. And how DNA stores information that enables a cell to put together the right sequences of Amino Acids that it needs to produce specific proteins.

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Proteins are large molecule made up of amino acids. Some proteins are small for example lysozyme which is only made up of 129 amino acids. Some proteins are large for example dystrophin which is made up of 3685 amino acids. Amino acids are basically the bases that are on the DNA. DNA is basically a code that carries information.

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Summery for Proteins and Amino Acids- #1-Gabrielle Burris'

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Summery for Proteins and Amino Acids- #1-Gabrielle Burris'

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Proteins are made up of chains called amino acids. Proteins and amino acids are the components of life. Amino acids are the results of the digestion or breakdown of proteins. Proteins are different sizes based on what type of protein they are. DNA also plays a big part in making proteins. DNA holds all the information the cells need to create amino acids.

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Proteins are made of substances called amino acids. Proteins and amino acids are the basis of life. Amino acids are the results of the digestion or breakdown of proteins.
JAYDON BALLARD

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Today i learned that we have rna with dna but n together but we have rna with in our body today and with dna we have it in our body today

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1. Proteins are molecules made of amino acids. Proteins are different sizes based on what type of protein they are. DNA also plays a big part in making proteins. DNA holds all the information the cells need to create amino acids.

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Proteins are made up of substances called amino acids. Proteins and amino acids are the components of life. Amino acids are the results of the digestion or breakdown of proteins. Amino acids are used by the human body to create proteins that aid in: Dissect the food

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what i have learned today is genetic and eye color, the person on the right has the genes that code.

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Summary on what we learned today - Heaven

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Summary on what we learned today - Heaven

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We learned about Polygenic traits. And it was about how height, skin, Hair and eye color are Polygenic traits. And how a person with less melanin carries higher genes for lighter eyes. And how a person with more melanin carries higher genes for darker eyes.