ATP is necessary for the sodium potassium pump to complete its job. Is this an example of active or passive transport? Explain your answer.

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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7. ATP is necessary for the sodium potassium pump to complete its job. Is this an example of active or
passive transport? Explain your answer.
8. Do some research and look up some more information about the importance of the sodium-potassium pump.
What types of cells especially need it to function properly? Explain what you found out.
9. There are other types of active transport: Endocytosis and Exocytosis. What is the difference between them?
10. Endocytosis consists of 2 types: Phagocytosis and Pinocytosis. Write a definition for each and give an example of
how cells use them.
Definition
Example
Phagocytosis
Pinocytosis
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Transcribed Image Text:Q Search ansport Review Questions Home Insert Draw View Help Open in Desktop App O Tell me what you want to do I e Av A E E E E Calibri Light v 20 В U ... 7. ATP is necessary for the sodium potassium pump to complete its job. Is this an example of active or passive transport? Explain your answer. 8. Do some research and look up some more information about the importance of the sodium-potassium pump. What types of cells especially need it to function properly? Explain what you found out. 9. There are other types of active transport: Endocytosis and Exocytosis. What is the difference between them? 10. Endocytosis consists of 2 types: Phagocytosis and Pinocytosis. Write a definition for each and give an example of how cells use them. Definition Example Phagocytosis Pinocytosis pe here to search
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Cell Transport: Active Transport Review Questions
1. In your class pictorial notes, which ion was represented by the black circle? (Give the actual name and
symbol.)
2. In your class pictorial notes, which ion was represented in the diagram by the orange square? (Give the
actual name and symbol.)
3. Which ions (and how many) are moving outside of the cell during the sodium potassium pump's cycle?
4. Which ions (and how many) are moving inside of the cell during the sodium potassium pump's cycle?
5. Describe the concentration gradient. What ions have a higher concentration OUTSIDE the cell? What
ions have a higher concentration INSIDE the cell?
6. Are the ions moving up their concentration gradient (towards the higher concentration side)? Or are they
moving down their concentration gradient (towards the least concentrated side)? Explain your answer.
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Transcribed Image Text:Q Search nsport Review Questions Home Insert Draw View Help Open in Desktop App O Tell me what you want to do I. ev Av A m< m< 向 制川4 Calibri Light v 20 B ... tive cnort Cell Transport: Active Transport Review Questions 1. In your class pictorial notes, which ion was represented by the black circle? (Give the actual name and symbol.) 2. In your class pictorial notes, which ion was represented in the diagram by the orange square? (Give the actual name and symbol.) 3. Which ions (and how many) are moving outside of the cell during the sodium potassium pump's cycle? 4. Which ions (and how many) are moving inside of the cell during the sodium potassium pump's cycle? 5. Describe the concentration gradient. What ions have a higher concentration OUTSIDE the cell? What ions have a higher concentration INSIDE the cell? 6. Are the ions moving up their concentration gradient (towards the higher concentration side)? Or are they moving down their concentration gradient (towards the least concentrated side)? Explain your answer. here to search
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