Prompt 6 Packages and transports proteins and other materials throughout the cell
Answer for prompt 6 Packages and transports proteins and other materials throughout the cell
Golgi Apparatus
Prompt 7 Breaks down and recycles waste materials and old cell parts
Answer for prompt 7 Breaks down and recycles waste materials and old cell parts
Lysosome
Prompt 8 Site where proteins are made
Answer for prompt 8 Site where proteins are made
Ribosome
Prompt 9 Stores water, nutrients, and waste materials
Answer for prompt 9 Stores water, nutrients, and waste materials
Vacuole
Prompt 10 Controls the movement of materials within the cell; helps maintain cell shape
Answer for prompt 10 Controls the movement of materials within the cell; helps maintain cell shape
Cytoskeleton
Match each organelle with its function.
Prompt 1 Controls what substances enter and leave the cell.
Answer for prompt 1 Controls what substances enter and leave the cell.
Chloroplast
Prompt 2 Converts food to energy that the cell can use to carry out its functions
Answer for prompt 2 Converts food to energy that the cell can use to carry out its functions
Mitochondria
Prompt 3 Controls and directs all the cell's activities; contains DNA;
Answer for prompt 3 Controls and directs all the cell's activities; contains DNA;
Cell Membrane
Prompt 4 Captures energy from sunlight and uses it to produce food for the cell
Answer for prompt 4 Captures energy from sunlight and uses it to produce food for the cell
Nucleus
Prompt 5 Provides the cell with structure and support; rigid
Answer for prompt 5 Provides the cell with structure and support; rigid
Cell Wall
43 answers
what Controls what substances enter and leave the cells
The correct answer is the Cell Membrane.
what Converts food to energy that the cell can use to carry out its functions
The correct answer is the Mitochondria.
what Controls and directs all the cell's activities; contains DNA;
The correct answer is the Nucleus.
what Captures energy from sunlight and uses it to produce food for the cell
The correct answer is the Chloroplast.
what Provides the cell with structure and support; rigid
The correct answer is the Cell Wall.
The basic unit of all living organisms is the what
The basic unit of all living organisms is the cell.
are mushrooms multicellur
Yes, mushrooms are multicellular organisms. They are composed of multiple cells organized into various structures and perform different functions within the organism.
do onecelluir organsims use energy and reproduce
Yes, unicellular organisms use energy and reproduce. They require energy to carry out their metabolic processes, such as growth, movement, and reproduction. Unicellular organisms reproduce through various methods, such as binary fission, budding, or fragmentation, to create new individuals of their species.
What would happen to the euglena if its cell did not contain any chloroplasts?
It would be unable to...
It would be unable to...
It would be unable to carry out photosynthesis, which is the process through which chloroplasts capture sunlight and convert it into energy. Without chloroplasts, the euglena would not be able to produce its own food and energy, leading to its inability to survive and carry out necessary functions.
What would happen to the euglena if its cell did not contain any chloroplasts?
It would be unable to...
What would happen to the euglena if its cell did not contain any chloroplasts?
It would be unable to...
make food
provide structure and support
direct cell functions
control what enters the cell
It would be unable to...
What would happen to the euglena if its cell did not contain any chloroplasts?
It would be unable to...
make food
provide structure and support
direct cell functions
control what enters the cell
If the Euglena cell did not contain any chloroplasts, it would be unable to make food through photosynthesis. Chloroplasts are responsible for capturing sunlight and converting it into energy through photosynthesis. Without chloroplasts, the Euglena would not be able to produce its own food and would have to rely on other sources for nutrition.
What would happen to the euglena if its cell did not contain any chloroplasts?
It would be unable to...
What would happen to the euglena if its cell did not contain any chloroplasts?
It would be unable to...
A. make food
L. provide structure and support
I. direct cell functions
L. control what enters the
It would be unable to...
What would happen to the euglena if its cell did not contain any chloroplasts?
It would be unable to...
A. make food
L. provide structure and support
I. direct cell functions
L. control what enters the
If the Euglena cell did not contain any chloroplasts, it would be unable to:
A. Make food - Chloroplasts are responsible for photosynthesis, the process by which organisms convert sunlight into energy-rich organic molecules. Without chloroplasts, the Euglena would not be able to produce its own food.
L. Provide structure and support - The cell wall and cytoskeleton are responsible for providing structure and support to the cell. Chloroplasts are not directly involved in this function.
I. Direct cell functions - The nucleus is responsible for controlling and directing all the cell's activities. Chloroplasts do not have a role in directing cell functions.
L. Control what enters the cell - The cell membrane is responsible for controlling the movement of substances into and out of the cell. Chloroplasts do not have a role in this function.
A. Make food - Chloroplasts are responsible for photosynthesis, the process by which organisms convert sunlight into energy-rich organic molecules. Without chloroplasts, the Euglena would not be able to produce its own food.
L. Provide structure and support - The cell wall and cytoskeleton are responsible for providing structure and support to the cell. Chloroplasts are not directly involved in this function.
I. Direct cell functions - The nucleus is responsible for controlling and directing all the cell's activities. Chloroplasts do not have a role in directing cell functions.
L. Control what enters the cell - The cell membrane is responsible for controlling the movement of substances into and out of the cell. Chloroplasts do not have a role in this function.
chose one
If the Euglena cell did not contain any chloroplasts, it would be unable to make food.
what does the chloroplast
The chloroplast is an organelle found in plant cells and some protists. Its main function is to carry out photosynthesis, the process through which sunlight is converted into energy-rich molecules (such as glucose) that can be used by the cell. Chloroplasts contain chlorophyll, a pigment that absorbs sunlight, and other molecules necessary for the photosynthetic process. They are responsible for capturing light energy, converting it into chemical energy, and storing the energy in the form of carbohydrates. Additionally, chloroplasts help produce oxygen as a byproduct of photosynthesis.
what does the chloroplast do
The chloroplast is an organelle found in plant cells and some protists. It plays a crucial role in the process of photosynthesis. Here are some key functions of the chloroplast:
1. Photosynthesis: The chloroplast contains chlorophyll, a pigment that absorbs light energy from the sun. This energy is used to convert carbon dioxide and water into glucose (a sugar) and oxygen. This process is known as photosynthesis and is essential for the production of energy-rich molecules that sustain the cell.
2. Synthesis of chemical compounds: In addition to glucose, chloroplasts are involved in the synthesis of other important compounds like lipids, proteins, and certain pigments. These compounds are needed for various cellular processes, including growth, repair, and defense mechanisms.
3. Storage of energy: Chloroplasts store the energy captured during photosynthesis within glucose molecules. This stored energy can be used for cellular activities when there is a shortage of light or during periods of high energy demand.
4. Regulation of cellular processes: Chloroplasts play a role in regulating various cellular processes, such as the biosynthesis of amino acids and fatty acids, the production of hormones, and the metabolism of reactive oxygen species.
Overall, the main function of the chloroplast is to convert light energy into chemical energy through photosynthesis, facilitating the production of food and energy for the cell.
1. Photosynthesis: The chloroplast contains chlorophyll, a pigment that absorbs light energy from the sun. This energy is used to convert carbon dioxide and water into glucose (a sugar) and oxygen. This process is known as photosynthesis and is essential for the production of energy-rich molecules that sustain the cell.
2. Synthesis of chemical compounds: In addition to glucose, chloroplasts are involved in the synthesis of other important compounds like lipids, proteins, and certain pigments. These compounds are needed for various cellular processes, including growth, repair, and defense mechanisms.
3. Storage of energy: Chloroplasts store the energy captured during photosynthesis within glucose molecules. This stored energy can be used for cellular activities when there is a shortage of light or during periods of high energy demand.
4. Regulation of cellular processes: Chloroplasts play a role in regulating various cellular processes, such as the biosynthesis of amino acids and fatty acids, the production of hormones, and the metabolism of reactive oxygen species.
Overall, the main function of the chloroplast is to convert light energy into chemical energy through photosynthesis, facilitating the production of food and energy for the cell.
What would happen to the Daphnia if its cells did not a cell membrane?
It would be unable to...
What would happen to the Daphnia if its cells did not a cell membrane?
It would be unable to...
K. process energy
A. direct cell functions
L. store its DNA
I. control what enters the cell
It would be unable to...
What would happen to the Daphnia if its cells did not a cell membrane?
It would be unable to...
K. process energy
A. direct cell functions
L. store its DNA
I. control what enters the cell
If the cells of Daphnia did not have a cell membrane, they would be unable to:
I. Control what enters the cell - The cell membrane is responsible for regulating the movement of substances into and out of the cell. It selectively allows certain molecules to enter or exit while preventing others. Without a cell membrane, Daphnia cells would not be able to control the flow of substances and maintain a stable internal environment.
Additionally, the cell membrane also plays a role in other functions such as cell signaling, communication, and maintaining cell shape and integrity. Without a cell membrane, Daphnia cells would experience significant difficulties in these essential functions.
I. Control what enters the cell - The cell membrane is responsible for regulating the movement of substances into and out of the cell. It selectively allows certain molecules to enter or exit while preventing others. Without a cell membrane, Daphnia cells would not be able to control the flow of substances and maintain a stable internal environment.
Additionally, the cell membrane also plays a role in other functions such as cell signaling, communication, and maintaining cell shape and integrity. Without a cell membrane, Daphnia cells would experience significant difficulties in these essential functions.
Cells are composed of structures called organelles. Organelles work together to perform key functions within the cell. The figure below shows the mass of cell structures present in two different cell types.
Figure 1: Mass of Cell Types
plant vs animal cell graph.png
Figure 2: Plant Cell vs Animal Cell
plantvanimal.jpg
Approximately what percent of cell mass do chloroplasts occupy in Cell 1?
Figure 1: Mass of Cell Types
plant vs animal cell graph.png
Figure 2: Plant Cell vs Animal Cell
plantvanimal.jpg
Approximately what percent of cell mass do chloroplasts occupy in Cell 1?
To answer the question accurately, I would need access to the specific data provided in Figure 1 or Figure 2, as well as the measurements and labels on the graph or image. Without that information, I cannot determine the percentage of cell mass occupied by chloroplasts in Cell 1.
Ivy's bedroom door is 0.75 m wide. How wide should the door be on the scale drawing? explain how you know
To determine the width of the door on the scale drawing, you need to know the scale ratio used for the drawing. For example, let's assume the scale ratio is 1:10, meaning that one unit on the scale drawing represents ten units in real life.
If Ivy's bedroom door is 0.75 m wide in real life, you need to divide this width by the scale ratio of 10.
0.75 m / 10 = 0.075 m
Therefore, the width of the door on the scale drawing should be 0.075 meters. This is based on the assumption that the scale ratio is 1:10, where one unit on the scale drawing represents ten times smaller in real life.
If Ivy's bedroom door is 0.75 m wide in real life, you need to divide this width by the scale ratio of 10.
0.75 m / 10 = 0.075 m
Therefore, the width of the door on the scale drawing should be 0.075 meters. This is based on the assumption that the scale ratio is 1:10, where one unit on the scale drawing represents ten times smaller in real life.
Ivy's bedroom door is 0.75 m wide. How wide should the door be on the scale drawing? and the answer is 1 centimeter
If Ivy's bedroom door is 0.75 m wide and the width of the door on the scale drawing is 1 centimeter, it means that the scale ratio is 1 centimeter to 0.75 meters.
To find the scale ratio, we can set up a proportion:
1 centimeter / 0.75 meters = x centimeters / 1 meter
Simplifying the proportion:
1 / 0.75 = x / 1
Solving for x:
x = 1 / 0.75
x = 1.33 centimeters
Therefore, the width of the door on the scale drawing should be 1.33 centimeters.
To find the scale ratio, we can set up a proportion:
1 centimeter / 0.75 meters = x centimeters / 1 meter
Simplifying the proportion:
1 / 0.75 = x / 1
Solving for x:
x = 1 / 0.75
x = 1.33 centimeters
Therefore, the width of the door on the scale drawing should be 1.33 centimeters.
Ivy's bedroom door is 0.75 m wide. How wide should the door be on the scale drawing the answer is one centimeter show me how to get to 1 centermeter
To determine the width of Ivy's bedroom door on the scale drawing to be one centimeter, we need to establish the scale ratio between the actual size and the drawing size.
Let's assume the scale ratio is 1:x, where 1 unit on the scale drawing corresponds to x units in real life.
We know that Ivy's bedroom door is 0.75 meters wide in real life. Our goal is to find the value of x such that the width of the door on the scale drawing is one centimeter (0.01 meters).
We can set up a proportion using the given measurements:
1 centimeter / x = 0.01 meters / 0.75 meters
To solve for x, we can cross-multiply:
0.01 meters * x = 1 centimeter * 0.75 meters
0.01x = 0.75
Now, divide both sides of the equation by 0.01:
x = 0.75 / 0.01
x = 75
Therefore, the width of the door on the scale drawing should be 1 centimeter if the scale ratio is 1:75.
Let's assume the scale ratio is 1:x, where 1 unit on the scale drawing corresponds to x units in real life.
We know that Ivy's bedroom door is 0.75 meters wide in real life. Our goal is to find the value of x such that the width of the door on the scale drawing is one centimeter (0.01 meters).
We can set up a proportion using the given measurements:
1 centimeter / x = 0.01 meters / 0.75 meters
To solve for x, we can cross-multiply:
0.01 meters * x = 1 centimeter * 0.75 meters
0.01x = 0.75
Now, divide both sides of the equation by 0.01:
x = 0.75 / 0.01
x = 75
Therefore, the width of the door on the scale drawing should be 1 centimeter if the scale ratio is 1:75.
what is divided from 0.75 meters to get 1 centimeter
To determine what value 0.75 meters needs to be divided by to get 1 centimeter, we can set up the relationship as a proportion:
0.75 meters / x = 1 centimeter / 1
To solve for x, we can cross-multiply:
0.75 meters = x * 1 centimeter
0.75 meters = x centimeters
Now, since there are 100 centimeters in 1 meter, we can convert 0.75 meters to centimeters:
0.75 meters * 100 centimeters/meter = 75 centimeters
So, dividing 0.75 meters by a value would give us 75 centimeters, not 1 centimeter. Therefore, there seems to be a mistake in the given answer.
0.75 meters / x = 1 centimeter / 1
To solve for x, we can cross-multiply:
0.75 meters = x * 1 centimeter
0.75 meters = x centimeters
Now, since there are 100 centimeters in 1 meter, we can convert 0.75 meters to centimeters:
0.75 meters * 100 centimeters/meter = 75 centimeters
So, dividing 0.75 meters by a value would give us 75 centimeters, not 1 centimeter. Therefore, there seems to be a mistake in the given answer.
bro you are aggravating me
I apologize if my previous responses have not been helpful or have caused frustration. I'm here to assist you, so please let me know how I can better assist you or clarify any misunderstandings.