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The Rough ER makes ribosomes and ribosomes produce proteins and they are packaged to the vesicle and carried to the Golgi Apparatus before the products can be exited through the cell they must be packaged into the secretory vesicle after that it will be realeased.

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The Golgi Appartus, Vesical, Ribosome, Rough ER, and Cell Membrane are all related because the Rough ER is covered in Ribosomes. The Ribosomes makes protien, that are put into Vesicals and then transported to the Golgi Appartus. The Golgi Appartus packages the protein up and then puts them into another Vesical that is then transported to the Cell Membrane.

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The rough er is studded with ribosomes, these ribosomes are what give the rough appearance, ribosomes are responsible for producing protiens, which are packaged into transport vesicles and carried to the Golgi apparatus. The Golgi apparatus job is to package and distribute cell products that are either destined for a specific location within the cell, such as the plasma membrane.

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proteins are generated by the er. ribosomes are packed in the Golgi apparatus  lipids wrap them in a membrane that is then exported from cells by a vesicle, Molecules enter the Golgi are charged stored and then released into the cell membrane

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They are packaged into transport vesicles and carried to the Golgi apparatus. The rough ER makes ribosomes. They must be packaged into a secretory vesicle( cell membrane). The vesicle is used to transport the ribosomes to the cell membrane.

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Vesicles take proteins and transport them and lysosomes break down and digest them to give nutrients to the cell. Vacuoles are also used for storage.

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They work together because the lysosomes digestive enzymes breaks down the contents of the vesicle, releasing the nutrients from the cell.

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The lysosomes and vesicle work together because lysosome fuses with the vesicle that's coming from the cell membrane and it breaks down the vesicle to release nutrients for the cell.

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Heaven Simmons, Trevon Stripling, Otis Dumas.

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Heaven Simmons, Trevon Stripling, Otis Dumas.

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The Vesicle is used to transport things. The Lysosome digest and break down materials. They work together because after the Vesicle drops off the contents, the Lysosome digest and then breaks down the contents of the Vesicle, releasing nutrients for the cell.

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They work together by breaking down the contents of the vesicle and releasing nutrients for the cell.

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 De'quaevauis WIlliams and KEjuan Taylor 

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 De'quaevauis WIlliams and KEjuan Taylor 

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The purposes of lysosomes are to infuse with another vesicle coming in from the plasma membrane The purpose of the vesicle is to merge with the plasma membrane releasing its contents. They work together to break down the contents of the vesicle.

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They work together because they both give the plant a rigid structure. The large central vacuole holds extra water for the plant. When the vacuole is empty, it shrinks and the plant is dying, and when the vacuole refills with water the plant regains its rigid structure and looks more alive.

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They are related because they both make plant cells rigid.
the large central vacuole is used for storage in plants.They work together by helping provide support for plant cells.
When the vacuole is filled the plant keeps its structure and the vacuole stays the same size.When the vacuole is empty or loses water the plant loses its structure or dies and the vacuole shrinks.

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the cell wall provides support and surrounds the cells,the large central vacuole gains water and lose water, if the vacuole lose water the plant strink but the cell wall maintains its basic structure, but when the vacuole finds their new source of water it regains its structure

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The cell wall and the large central vacuole is related because they both help with structure and support for the plant cells. When the vacuole is filled the plant is alive and when the vacuole is empty the plant shrinks and dies but it still has structure because of the cell wall.

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Vacuoles are storage bubbles found in cells. They are found in both animal and plant cells but are much larger in plant cells. Vacuoles might store food or any variety of nutrients a cell might need to survive. They can even store waste products so the rest of the cell is protected from contamination. Eventually, those waste products would be sent out of the cell.

The structure of vacuoles is fairly simple. There is a membrane that surrounds a mass of fluid. In that fluid are nutrients or waste products. Plants may also use vacuoles to store water. Those tiny water bags help to support the plant. They are closely related to objects called vesicles that are found throughout the cell.

In plant cells, the vacuoles are much larger than in animal cells. When a plant cell has stopped growing, there is usually one very large vacuole. Sometimes that vacuole can take up more than half of the cell's volume. The vacuole holds large amounts of water or food. Don't forge that vacuoles can also hold the plant waste products. Those waste products are slowly broken into small pieces that cannot hurt the cell. Vacuoles hold onto things that the cell might need, just like a backpack.

Vacuoles also play an important role in plant structure. Plants use cell walls to provide support and surround cells. The size of that cell may still increase or decrease depending on how much water is present. Plant cells do not shrink because of changes in the amount of cytoplasm. Most of a plant cell's volume depends on the material in vacuoles.

Those vacuoles gain and lose water depending on how much water is available to the plant. A drooping plant has lost much of its water and the vacuoles are shrinking. It still maintains its basic structure because of the cell walls. When the plant finds a new source of water, the vacuoles are refilled and the plant regains its structure.

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Vacuoles are storage bubbles found in cells. They are found in both animal and plant cells but are much larger in plant cells. Vacuoles might store food or any variety of nutrients a cell might need to survive. They can even store waste products so the rest of the cell is protected from contamination.

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Patience Jackson, Callie Ferrell, Jaylen Robinson

Chloroplasts need hydrogen & Carbon Dioxide to make Glucose or food for plants.

Mitochondria needs glucose & oxygen to produce carbon dioxide & water.

The relationship between both is that the plants of one system are the reactions of the other.

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Heaven Simmons, Trevon Stripling, Otis Dumas, Justin Glee

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Heaven Simmons, Trevon Stripling, Otis Dumas, Justin Glee

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The Mitochondria and Chloroplast are related because Chloroplast needs the sun's energy, water, and carbon dioxide to make/produce Glucose and oxygen. Mitochondria need glucose and oxygen (the product of Chloroplast) to make/produce carbon dioxide and water.

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Chloroplasts use energy from the sun to create sugar and oxygen the sugar made becomes food for the plant and the oxygen is released into the atmosphere. Mitochondria needs glucose and oxygen in order to make energy for chloroplasts to use to make food for plant cells.

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Relationship between Photosynthesis and Cellular Respiration

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Relationship between Photosynthesis and Cellular Respiration

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Heaven Simmons, Justin Glover, Trevon Stripling

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Heaven Simmons, Justin Glover, Trevon Stripling

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The Nucleus, Nucleolus, and Ribosomes work together for balance because the Nucleus controls all cell activity. The Nucleolus makes Ribosomes and the Ribosomes make protein so the cell has energy.

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Amber Johnson De'quaevauis Williams , Demetrius Howard, KeJuan taylor

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Amber Johnson De'quaevauis Williams , Demetrius Howard, KeJuan taylor

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The nucleus, nucleolus, and ribosomes work together because the nucleolus is located in the nucleus, and the nucleolus produces ribosomes. Without the nucleus, the nucleolus or ribosomes would've never got produced. Also, they work together to make sure all the cells function right.

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The nucleus, ribosomes, and nucleolus work together because the nucleus control all cell activities.The nucleolus makes ribosomes, ribosomes make proteins.

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They work together because the organelles need each other to support life. The Nucleolus makes the ribosomes which also make protein from the DNA for the cell. The DNA is in the Nucleus that also controls the nucleolus and the ribosome.

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Korde' Manson, uriah- faith Moore, anya map, Fatoumata

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Korde' Manson, uriah- faith Moore, anya map, Fatoumata

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the nucleus is the control center of the cell. The nucleolus is found inside the nucleus and the nucleolus produces ribosomes. Ribosomes create proteins.

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