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The process system is an orygan

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by dj scott

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Please watch the following video as an introduction to Homeostasis and Excretion and then answer the questions at the end.

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Chapter 8 - Homeostasis & Excretion (IGCSE Biology)

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Pee is one of the first body fluids a kid learns about. You probably learned about pee (also called urine) when you were little and started using the toilet instead of diapers. Now that you're older, you can understand much more about the amazing yellow stuff called pee.

Parts of the Urinary Tract

You drink, you pee. But urine is more than just that drink you had a few hours ago. The body produces pee as a way to get rid of waste and extra water that it doesn't need. Before leaving your body, urine travels through the urinary tract.

The urinary tract is a pathway that includes the:

kidneys: two bean-shaped organs that filter waste from the blood and produce urine

ureters: two thin tubes that take pee from the kidney to the bladder

bladder: a sac that holds pee until it's time to go to the bathroom

urethra: the tube that carries urine from the bladder out of the body when you pee

The kidneys are key players in the urinary tract. They do two important jobs - filter waste from the blood and produce pee to get rid of it. If they didn't do this, toxins (bad stuff) would quickly build up in your body and make you sick. That's why you hear about people getting kidney transplants sometimes. You need at least one working kidney to be healthy.

You might wonder how your body ends up with waste it needs to get rid of. Body processes such as digestion and metabolism (when the body turns food into energy) produce wastes, or byproducts. The body takes what it needs, but the waste has to go somewhere. Thanks to the kidneys and pee, it has a way to get out.

When you're asked to give a urine sample during a doctor's visit, the results reveal how well your two kidneys are working. For example, white blood cells in the urine can be a sign of an infection.

Pee also is a way for your body to keep the right amount of water. Did you ever notice that if you drink a lot, you pee more and the pee is pale yellow? That's because your body is getting rid of extra water and your pee has more water in it than usual.

What's Pee Made Of?

Let's talk more about how the kidneys filter blood. When blood goes through the kidneys, water and some of the other stuff that is in blood (like protein, glucose, and other nutrients) go back into the bloodstream, while the waste and excess stuff is taken out. Urine is what is left behind. But what is it exactly?

Urine contains:

water

urea, a waste product that forms when proteins are broken down

urochrome, a pigmented blood product that gives urine its yellowish color

salts

creatinine, a waste product that forms with the normal breakdown of muscle

byproducts of bile from the liver

ammonia

You've Got to Go!

Once pee is produced, it travels from the kidney to the bladder, where it's stored until you need to go to the bathroom. The bladder expands as it fills; when it's full, nerve endings in the bladder wall send a message to the brain that you need to pee.

When you're in the bathroom, ready to go, the bladder walls contract and the sphincter (a ringlike muscle that guards the exit from the bladder to the urethra) relaxes. The urine then flows from the bladder and out of the body through the urethra. For boys, the urethra ends at the tip of the penis. For girls, it's in front of the vaginal opening.

Urinary Tract Health

You might not think much about peeing or your urinary tract, but here's how you can help keep everything flowing as it should:

Drink enough fluids. There's no magic amount, but be sure to drink plenty of water, especially when it's warm out or you're exercising and playing.

For girls: Wipe from front to back, especially after going poop. Because of where the urethra is for girls, it's easy for bacteria from poop to get in that area. If some of those bacteria end up in the urinary tract, you could get an infection known as a UTI (urinary tract infection).

For everyone: Go to the bathroom when you need to go. Holding too long isn't good for your urinary tract - and it can lead to accidents. Uh-oh!

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Pee is one of the first body fluids a kid learns about. You probably learned about pee (also called urine) when you were little and started using the toilet instead of diapers. Now that you're older, you can understand much more about the amazing yellow stuff called pee. You drink, you pee.

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So there you are, sitting at lunch, enjoying some grilled-chicken pizza and a few orange wedges. When you're finished, you take a last drink of milk, wipe your mouth, and head to your next class. In a few minutes you're thinking about the capital of Oregon or your science fair project. You've completely forgotten about that pizza lunch you just ate. But it's still in your stomach - sort of like a science experiment that happens all the time!

The Mouth Starts Everything Moving

Your digestive (say: dye-JES-tiv) system started working even before you took the first bite of your pizza. And the digestive system will be busy at work on your chewed-up lunch for the next few hours - or sometimes days, depending upon what you've eaten. This process, called digestion, allows your body to get the nutrients and energy it needs from the food you eat. So let's find out what's happening to that pizza, orange, and milk.

Even before you eat, when you smell a tasty food, see it, or think about it, digestion begins. Saliva (say: suh-LYE-vuh), or spit, begins to form in your mouth.

When you do eat, the saliva breaks down the chemicals in the food a bit, which helps make the food mushy and easy to swallow. Your tongue helps out, pushing the food around while you chew with your teeth. When you're ready to swallow, the tongue pushes a tiny bit of mushed-up food called a bolus (say: BO-luss) toward the back of your throat and into the opening of your esophagus, the second part of the digestive tract.

On the Way Down

The esophagus (say: ih-SOF-eh-guss) is like a stretchy pipe that's about 10 inches (25 centimeters) long. It moves food from the back of your throat to your stomach. But also at the back of your throat is your windpipe, which allows air to come in and out of your body. When you swallow a small ball of mushed-up food or liquids, a special flap called the epiglottis (say: ep-ih-GLOT-iss) flops down over the opening of your windpipe to make sure the food enters the esophagus and not the windpipe.

If you've ever drunk something too fast, started to cough, and heard someone say that your drink "went down the wrong way," the person meant that it went down your windpipe by mistake. This happens when the epiglottis doesn't have enough time to flop down, and you cough involuntarily (without thinking about it) to clear your windpipe.

Once food has entered the esophagus, it doesn't just drop right into your stomach. Instead, muscles in the walls of the esophagus move in a wavy way to slowly squeeze the food through the esophagus. This takes about 2 or 3 seconds.

See You in the Stomach

Your stomach, which is attached to the end of the esophagus, is a stretchy sack shaped like the letter J. It has three important jobs:

1. to store the food you've eaten

2. to break down the food into a liquidy mixture

3. to slowly empty that liquidy mixture into the small intestine

The stomach is like a mixer, churning and mashing together all the small balls of food that came down the esophagus into smaller and smaller pieces. It does this with help from the strong muscles in the walls of the stomach and gastric (say: GAS-trik) juices that also come from the stomach's walls. In addition to breaking down food, gastric juices also help kill bacteria that might be in the eaten food.

Onward to the small intestine!

22 Feet Isn't Small at All

The small intestine (say: in-TESS-tin) is a long tube that's about 1½ inches to 2 inches (about 3.5 to 5 centimeters) around, and it's packed inside you beneath your stomach. If you stretched out an adult's small intestine, it would be about 22 feet long (6.7 meters) - that's like 22 notebooks lined up end to end, all in a row!

The small intestine breaks down the food mixture even more so your body can absorb all the vitamins, minerals, proteins, carbohydrates, and fats. The grilled chicken on your pizza is full of proteins - and a little fat - and the small intestine can help extract them with a little help from three friends: the pancreas (say: PAN-kree-uss), liver, and gallbladder.

Those organs send different juices to the first part of the small intestine. These juices help to digest food and allow the body to absorb nutrients. The pancreas makes juices that help the body digest fats and protein. A juice from the liver called bile helps to absorb fats into the bloodstream. And the gallbladder serves as a warehouse for bile, storing it until the body needs it.

Your food may spend as long as 4 hours in the small intestine and will become a very thin, watery mixture. It's time well spent because, at the end of the journey, the nutrients from your pizza, orange, and milk can pass from the intestine into the blood. Once in the blood, your body is closer to benefiting from the complex carbohydrates in the pizza crust, the vitamin C in your orange, the protein in the chicken, and the calcium in your milk.

Next stop for these nutrients: the liver! And the leftover waste - parts of the food that your body can't use - goes on to the large intestine.

Love Your Liver

The nutrient-rich blood comes directly to the liver for processing. The liver filters out harmful substances or wastes, turning some of the waste into more bile. The liver even helps figure out how many nutrients will go to the rest of the body, and how many will stay behind in storage. For example, the liver stores certain vitamins and a type of sugar your body uses for energy.

That's One Large Intestine

At 3 or 4 inches around (about 7 to 10 centimeters), the large intestine is fatter than the small intestine and it's almost the last stop on the digestive tract. Like the small intestine, it is packed into the body, and would measure 5 feet (about 1.5 meters) long if you spread it out.

The large intestine has a tiny tube with a closed end coming off it called the appendix (say: uh-PEN-dix). It's part of the digestive tract, but it doesn't seem to do anything, though it can cause big problems because it sometimes gets infected and needs to be removed.

Like we mentioned, after most of the nutrients are removed from the food mixture there is waste left over - stuff your body can't use. This stuff needs to be passed out of the body. Can you guess where it ends up? Well, here's a hint: It goes out with a flush.

Before it goes, it passes through the part of the large intestine called the colon (say: CO-lun), which is where the body gets its last chance to absorb the water and some minerals into the blood. As the water leaves the waste product, what's left gets harder and harder as it keeps moving along, until it becomes a solid. Yep, it's poop (also called stool or a bowel movement).

The large intestine pushes the poop into the rectum (say: REK-tum), the very last stop on the digestive tract. The solid waste stays here until you are ready to go to the bathroom. When you go to the bathroom, you are getting rid of this solid waste by pushing it through the anus (say: AY-nus). There's the flush we were talking about!

Dig That Digestive System

You can help your digestive system by drinking water and eating a healthy diet that includes foods rich in fiber. High-fiber foods, like fruits, vegetables, and whole grains, make it easier for poop to pass through your system.

The digestive system is a pretty important part of your body. Without it, you couldn't get the nutrients you need to grow properly and stay healthy. And next time you sit down to lunch, you'll know where your food goes - from start to finish!

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So there you are, sitting at lunch, enjoying some grilled-chicken pizza and a few orange wedges. When you're finished, you take a last drink of milk, wipe your mouth, and head to your next class. In a few minutes you're thinking about the capital of Oregon or your science fair project.

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Anatomy & Physiology of the Urinary System

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Anatomy & Physiology of the Urinary System

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Urinary System: Anatomy and Physiology with Interactive Pictures

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Learn about urinary system anatomy using interactive pictures supported by thorough descriptions of its function in the human body.

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Everything You need to know about the Digestive System

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Everything You need to know about the Digestive System

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Continued From Above... To achieve the goal of providing energy and nutrients to the body, six major functions take place in the digestive system:

Ingestion

Secretion

Mixing and movement

Digestion

Absorption

Excretion

Digestive System Anatomy

Mouth

Food begins its journey through the digestive system in the mouth, also known as the oral cavity. Inside the mouth are many accessory organs that aid in the digestion of food-the tongue, teeth, and salivary glands. Teeth chop food into small pieces, which are moistened by saliva before the tongue and other muscles push the food into the pharynx.

Teeth. The are 32 small, hard organs found along the anterior and lateral edges of the mouth. Each tooth is made of a bone-like substance called dentin and covered in a layer of enamel-the hardest substance in the body. Teeth are living organs and contain blood vessels and nerves under the dentin in a soft region known as the pulp. The teeth are designed for cutting and grinding food into smaller pieces.

Tongue. The is located on the inferior portion of the mouth just posterior and medial to the teeth. It is a small organ made up of several pairs of covered in a thin, bumpy, skin-like layer. The outside of the tongue contains many rough papillae for gripping food as it is moved by the tongue's muscles. The taste buds on the surface of the tongue detect taste molecules in food and connect to nerves in the tongue to send taste information to the brain. The tongue also helps to push food toward the posterior part of the mouth for swallowing.

Salivary Glands. Surrounding the mouth are 3 sets of salivary glands. The salivary glands are accessory organs that produce a watery secretion known as saliva. Saliva helps to moisten food and begins the digestion of carbohydrates. The body also uses saliva to lubricate food as it passes through the mouth, pharynx, and esophagus.

Pharynx

The pharynx, or throat, is a funnel-shaped tube connected to the posterior end of the mouth. The pharynx is responsible for the passing of masses of chewed food from the mouth to the esophagus. The pharynx also plays an important role in the respiratory system, as air from the nasal cavity passes through the pharynx on its way to the larynx and eventually the . Because the pharynx serves two different functions, it contains a flap of tissue known as the epiglottis that acts as a switch to route food to the esophagus and air to the .

Esophagus

The is a muscular tube connecting the pharynx to the stomach that is part of the upper gastrointestinal tract. It carries swallowed masses of chewed food along its length. At the inferior end of the esophagus is a muscular ring called the lower esophageal sphincter or cardiac sphincter. The function of this sphincter is to close of the end of the esophagus and trap food in the stomach.

Stomach

The is a muscular sac that is located on the left side of the abdominal cavity, just inferior to the . In an average person, the stomach is about the size of their two fists placed next to each other. This major organ acts as a storage tank for food so that the body has time to digest large meals properly. The stomach also contains hydrochloric acid and digestive enzymes that continue the digestion of food that began in the mouth.

Small Intestine

The small intestine is a long, thin tube about 1 inch in diameter and about 10 feet long that is part of the lower gastrointestinal tract. It is located just inferior to the stomach and takes up most of the space in the abdominal cavity. The entire small intestine is coiled like a hose and the inside surface is full of many ridges and folds. These folds are used to maximize the digestion of food and absorption of nutrients. By the time food leaves the small intestine, around 90% of all nutrients have been extracted from the food that entered it.

Liver and Gallbladder

The liver is a roughly triangular accessory organ of the digestive system located to the right of the stomach, just inferior to the diaphragm and superior to the small intestine. The liver weighs about 3 pounds and is the second largest organ in the body.

The liver has many different functions in the body, but the main function of the liver in digestion is the production of bile and its secretion into the small intestine. The gallbladder is a small, pear-shaped organ located just posterior to the liver. The gallbladder is used to store and recycle excess bile from the small intestine so that it can be reused for the digestion of subsequent meals.

Pancreas

The pancreas is a large gland located just inferior and posterior to the stomach. It is about 6 inches long and shaped like short, lumpy snake with its "head" connected to the duodenum and its "tail" pointing to the left wall of the abdominal cavity. The pancreas secretes digestive enzymes into the small intestine to complete the chemical digestion of foods.

Large Intestine

The large intestine is a long, thick tube about 2.5 inches in diameter and about 5 feet long. It is located just inferior to the stomach and wraps around the superior and lateral border of the small intestine. The large intestine absorbs water and contains many symbiotic bacteria that aid in the breaking down of wastes to extract some small amounts of nutrients. Feces in the large intestine exit the body through the anal canal.

Digestive System Physiology

The digestive system is responsible for taking whole foods and turning them into energy and nutrients to allow the body to function, grow, and repair itself. The six primary processes of the digestive system include:

1. Ingestion of food

2. Secretion of fluids and digestive enzymes

3. Mixing and movement of food and wastes through the body

4. Digestion of food into smaller pieces

5. Absorption of nutrients

6. Excretion of wastes

The first function of the digestive system is ingestion, or the intake of food. The mouth is responsible for this function, as it is the orifice through which all food enters the body. The mouth and stomach are also responsible for the storage of food as it is waiting to be digested. This storage capacity allows the body to eat only a few times each day and to ingest more food than it can process at one time.

In the course of a day, the digestive system secretes around 7 liters of fluids. These fluids include saliva, mucus, hydrochloric acid, enzymes, and bile. Saliva moistens dry food and contains salivary amylase, a digestive enzyme that begins the digestion of carbohydrates. Mucus serves as a protective barrier and lubricant inside of the GI tract. Hydrochloric acid helps to digest food chemically and protects the body by killing bacteria present in our food. Enzymes are like tiny biochemical machines that disassemble large macromolecules like proteins, carbohydrates, and lipids into their smaller components. Finally, bile is used to emulsify large masses of lipids into tiny globules for easy digestion.

The digestive system uses 3 main processes to move and mix food:

Swallowing. Swallowing is the process of using smooth and skeletal muscles in the mouth, tongue, and pharynx to push food out of the mouth, through the pharynx, and into the esophagus.

Peristalsis. Peristalsis is a muscular wave that travels the length of the GI tract, moving partially digested food a short distance down the tract. It takes many waves of peristalsis for food to travel from the esophagus, through the stomach and intestines, and reach the end of the GI tract.

Segmentation. Segmentation occurs only in the small intestine as short segments of intestine contract like hands squeezing a toothpaste tube. Segmentation helps to increase the absorption of nutrients by mixing food and increasing its contact with the walls of the intestine.

Digestion is the process of turning large pieces of food into its component chemicals. Mechanical digestion is the physical breakdown of large pieces of food into smaller pieces. This mode of digestion begins with the chewing of food by the teeth and is continued through the muscular mixing of food by the stomach and intestines. Bile produced by the liver is also used to mechanically break fats into smaller globules. While food is being mechanically digested it is also being chemically digested as larger and more complex molecules are being broken down into smaller molecules that are easier to absorb. Chemical digestion begins in the mouth with salivary amylase in saliva splitting complex carbohydrates into simple carbohydrates. The enzymes and acid in the stomach continue chemical digestion, but the bulk of chemical digestion takes place in the small intestine thanks to the action of the pancreas. The pancreas secretes an incredibly strong digestive cocktail known as pancreatic juice, which is capable of digesting lipids, carbohydrates, proteins and nucleic acids. By the time food has left the duodenum, it has been reduced to its chemical building blocks-fatty acids, amino acids, monosaccharides, and nucleotides.

Once food has been reduced to its building blocks, it is ready for the body to absorb. Absorption begins in the stomach with simple molecules like water and alcohol being absorbed directly into the bloodstream. Most absorption takes place in the walls of the small intestine, which are densely folded to maximize the surface area in contact with digested food. Small blood and lymphatic vessels in the intestinal wall pick up the molecules and carry them to the rest of the body. The large intestine is also involved in the absorption of water and vitamins B and K before feces leave the body.

The final function of the digestive system is the excretion of waste in a process known as defecation. Defecation removes indigestible substances from the body so that they do not accumulate inside the gut. The timing of defecation is controlled voluntarily by the conscious part of the brain, but must be accomplished on a regular basis to prevent a backup of indigestible materials.

Digestive Disorders

Many diseases and health conditions - such as ulcers, GERD, IBD and celiac disease, just to name a few - lead to dysfunction in our digestive system. Learn about them by visiting our section on digestive diseases and conditions. (Also, now you can test for your genetic risk of acquiring celiac disease - learn more about DNA health testing.)

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Digestive System | Everything You Need to Know, Including Pictures

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Continued From Above... To achieve the goal of providing energy and nutrients to the body, six major functions take place in the digestive system: Ingestion Secretion Mixing and movement Digestion Absorption Excretion Food begins its journey through the digestive system in the mouth, also known as the oral cavity .

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Instructables: How to Build a Google Site

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Instructables: How to Build a Google Site

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Introduction: Make a Basic WebSite Using Google Sites

You can create a simple website for personal, family, a club, class or other group. What ever your reason for creating a site Google will probably be able to help you.
You can sign up for Sites straight off but I would recommend singing up for a Google email account first and then using the Google calendar & Photos first before Diving in to the sites.

Now for Clubs or Groups that you might not always be a part of and may want to pass on the responsibility of to someone else - Don' t use your personal email address to sign up for gmail. Use Yahoo to create an email account relevant to the group or club, it could also be used as a point of contact.

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Step 1: Gmail

Firstly as previously suggested create a yahoo or hotmail account for free. ( I am going to assume, at this point, you know how to do this)
try myclub@yahoo.co.uk myclub@hotmail.com etc.. (replace MyClub with your club name)

I find that keeping a sheet of paper with the account details on for your club makes it easier in the future with passing over info etc.. or even getting someone else to help update the site!

Then you can create a gmail account - Again going to assume you are able to fill in a form to create an email address.

Step 2: Google Calendar

OK your Group that you will create your site for will, I imagine, have events, important dates for the diary etc etc...
So the Google Calendar is a good place to put these as you can update them here and Once on your website it will automatically update.

So when you log in to Google you get a selection of links running across the top of the screen left to right. Click on calendar, the first time you do this it will probably ask if you want to associate your gmail with Google calendars. Select Yes.

Google calendars works like most calendars - you can add recurring events every week, day 12 weeks etc... until you say stop or until a certain date.

Add a few events that are happening in the near future.

You can have multiple calendars in the my calendar section - useful for a football team with 1st team, reserves, juniors etc

Step 3: Google Photos - NOT Images

Like the calendar you may need to confirm you want to link this app to your google account. & it is also accessible via the menu at the top of the screen.

This is Picasa which you can download the photo manager programme and link it to your google account for easier uploading, OPTIONAL

Here you can have Pictures in albums like you would on your computer.

Add a few Pictures you think you may need to begin with for your site put them in a folder.

Step 4: Sites

From the links at the top of the screen (you may need to click on More to get to the sites link) click on Sites.
you will need to think of a name for your site. short and simple is best. I've seen a Pen Island web address www.penisland.com which is something different depending on how you read it! So think about it before you choose.

You can choose a template to use which may be easier - although you will need to figure how how things work so you can change them.
It may be an idea to have a test site you can try things out on and then a real one.

You can choose a theme for your blank site - a colour scheme and background look for it.

Enter the security word
click create site.

Step 5: First Page - Blank

You will now have a blank page to work with.
You may want to just have 1 page or many pages. The home page is the first one people will see when they get to your site so make it work, make it noticeable etc..

I would leave Your home page blank for now and think about any other pages you want. A News page, a Team page, a Fixtures page.
Click on create page (top right)

you can pick the type of page you create.
Web Page
Announcements
File Cabinet
List

Web Page can be your home page or other similar blank page
Announcement can be a news page
File Cabinet can be an place to get and add assignments
List can be a results page.

You can create as many pages as you like and as any type you like.

When you have your pages created you need to edit them.

Step 6: Edit Pages

I find it best to have a play with what google has to offer here. Create a blank web page and experiment.
on your new blank webpage click Edit page in the top right corner.

You can now add text by typing in the boxes - you can change the title of the page that will also change in the navigation bar at the side.

try the insert menu on the top left of the edit screen.

in the google section you can add the photo's you added to your Gmail Photos earlier or the calendar which will show the events that are up and coming.

when you want to see what your page looks like click on save.

I know this is only a really basic instructable but should get you started. It is fairly simple like using word and a worst case scenario is you delete your website and start again. have a play and see what you can do.

Home page - It is a good idea to have bits of the rest of your site on this one. For example the last 5 match results, or a smaller calendar with an overview of events. These are added from the bottom of the Insert list. Recent list (list page) recent posts (announcement page).

https://sites.google.com/site/staplegrovelfc/

This is the one that I have created for our ladies football team.

Step 7: THE EXTRA's

Well there are lots you can do and having a play and seeing what you need most works well. After you have had a play it may be worth while create a site from a template that has already been created by someone else.

But extra's
Youtube- link to your youtube to add videos
Adsense - you can make money on advertising on your site.
Maps - show people where you are or where an event is going to be
More gadgets - you can add other gadgets that people have created - games, news etc..

Hope it helps.

We have a be nice policy.
Please be positive and constructive.

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You can create a simple website for personal, family, a club, class or other group. What ever your reason for creating a site Google will probably be able to help you. You can sign up for Sites straight off but I would recommend singing up for a Google email account first and then using the Google calendar & Photos first before Diving in to the sites.

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Creating a Google Site - Sites Tutorial 1 of 5

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You can create a website for personal or business use with Google Sites.

Tip: This section is for new Google Sites. Get help with classic Google Sites.

Create & name a Google site

1. On a computer, open new Google Sites.

2. At the top, under "Start a new site," select a template.

3. At the top left, enter the name of your site and press Enter.

4. Add content to your site.

5. At the top right, click Publish.

Tip: You can create your own site or save time by starting with a template.

Add a title

Make a copy of your entire site

1. On a computer, open the site you want to copy in new Google Sites.

2. In the top right, click More Make a copy.

3. Under "File name," enter a name for your copied site.

4. Under "Pages," select "Entire site."

5. Optional: To change the location of the site, click Change.

6. Click OK.

Tip: If your site is large, it may not copy.

Copy selected pages of your site

Delete a site

1. On a computer, open new Google Sites.

2. On the site you want to delete, click More .

3. Click Remove .

Delete selected pages of your site

Change or re-use a URL

You can change your site's URL, or re-use an existing URL that you own.

Change your website's URL

Re-use an existing URL that you own

1. On a computer, open the site with the URL you want to reuse in new Google Sites.

2. In the top right, next to "Publish," click the drop-down Publish settings.

3. Under "Web address," enter a different URL.

4. Click Save.

Classic Google Sites

Tip: This section is for classic Google Sites. Get help with new Google Sites.

Change your web address

You can't change your web address, but you can create a copy of your site and move it to a new web address.

Tip: You can only copy sites you own.

1. On a computer, open a site in classic Google Sites.

2. At the top right, click More actions Manage site.

3. Click Copy this Site.

4. Next to "Site Name," enter a name.

5. At the top, click Copy.

6. Optional: You can now delete the old site.

Related resources

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You can create a website for personal or business use with Google Sites. Tip: This section is for new Google Sites. Get help with classic Google Si