ADENOSINE ATPIS Ĵ ADP ( RIBOSE TAKE A TOUR USE ADP RIBOSE POM POM PO PHOSPHATE GROUPS RESPIRATION ADP PO PO PHOSPHATE GROUPS ADENOSINE 7. What is the molecule that carries energy from one reaction to another (energy carrier, or currency for energy)? 8. Does it have a sugar molecule? what is the name of the sugar ? 9. What does ATP hydrolysis mean? 10. Enzymes are made of ENERGY (carbohydrate, proteins, and fats). 11. Enzymes are specific to each reaction (T/F). 12. Enzymes unravel their structure when the conditions such as concentrations change. 13. Unraveling the structure renders the enzymes useless, this unraveling leads to loss of its function. This process is called as 14. In others words, the enzymes are very susceptible to changes in concentrations. and and PO 15. If a protein-digesting enzyme works in stomach's acidic pH (pH 2), would it still work in small intestine where the pH changes to 7.8? Explain, If no, please explain why not? 16. What are the components of plasma membrane? (recall question) 17. What two factors contribute to transport of molecules across the semi-permeable plasma membrane? 18. What are the two types of transport mechanisms (broad classification): based on a. Concentration gradient b. Energy use 19. A molecule, which is small and non-polar such as O₂ or CO₂, will likely cross the membrane via which transport (passive diffusion, facilitated diffusion or osmosis). 20. If a molecule such as glucose or Na* has to enter the cell, it will cross the membrane vial (passive diffusion, facilitated diffusion or osmosis). 21. If a membrane separates two solutions with different solute concentrations, which direction would the water move.
ADENOSINE ATPIS Ĵ ADP ( RIBOSE TAKE A TOUR USE ADP RIBOSE POM POM PO PHOSPHATE GROUPS RESPIRATION ADP PO PO PHOSPHATE GROUPS ADENOSINE 7. What is the molecule that carries energy from one reaction to another (energy carrier, or currency for energy)? 8. Does it have a sugar molecule? what is the name of the sugar ? 9. What does ATP hydrolysis mean? 10. Enzymes are made of ENERGY (carbohydrate, proteins, and fats). 11. Enzymes are specific to each reaction (T/F). 12. Enzymes unravel their structure when the conditions such as concentrations change. 13. Unraveling the structure renders the enzymes useless, this unraveling leads to loss of its function. This process is called as 14. In others words, the enzymes are very susceptible to changes in concentrations. and and PO 15. If a protein-digesting enzyme works in stomach's acidic pH (pH 2), would it still work in small intestine where the pH changes to 7.8? Explain, If no, please explain why not? 16. What are the components of plasma membrane? (recall question) 17. What two factors contribute to transport of molecules across the semi-permeable plasma membrane? 18. What are the two types of transport mechanisms (broad classification): based on a. Concentration gradient b. Energy use 19. A molecule, which is small and non-polar such as O₂ or CO₂, will likely cross the membrane via which transport (passive diffusion, facilitated diffusion or osmosis). 20. If a molecule such as glucose or Na* has to enter the cell, it will cross the membrane vial (passive diffusion, facilitated diffusion or osmosis). 21. If a membrane separates two solutions with different solute concentrations, which direction would the water move.
Chapter16: Specialized Nutrition Support: Enteral And Parenteral Nutrition
Section: Chapter Questions
Problem 2CA
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Transcribed Image Text:7:04 PM Wed Oct 5
S
то
ADENOSINE
ATP
(
TAKE A TOUR
ADP
●●●
RIBOSE
USE
ATP
ADP
RIBOSE
PO PO PO
PHOSPHATE GROUPS
RESPIRATION
ADP
PO PO
ATP
ENERGY
PHOSPHATE GROUPS
ADENOSINE
7. What is the molecule that carries energy from one reaction to another (energy carrier, or
currency for energy)?
(carbohydrate, proteins, and fats).
8. Does it have a sugar molecule? what is the name of the sugar ?
9. What does ATP hydrolysis mean?
10. Enzymes are made of
11. Enzymes are specific to each reaction (T/F).
12. Enzymes unravel their structure when the conditions such as
concentrations change.
13. Unraveling the structure renders the enzymes useless, this unraveling leads to loss of its
function. This process is called as
14. In others words, the enzymes are very susceptible to changes in
concentrations.
and
and
+ :
PO4
15. If a protein-digesting enzyme works in stomach's acidic pH (pH 2), would it still work in small
intestine where the pH changes to 7.8? Explain, If no, please explain why not?
16. What are the components of plasma membrane? (recall question)
17. What two factors contribute to transport of molecules across the semi-permeable plasma
membrane?
18. What are the two types of transport mechanisms (broad classification): based on
a. Concentration gradient
b. Energy use
19. A molecule, which is small and non-polar such as O₂ or CO2, will likely cross the membrane via
which transport
(passive diffusion, facilitated diffusion or osmosis).
20. If a molecule such as glucose or Na* has to enter the cell, it will cross the membrane via
(passive diffusion, facilitated diffusion or osmosis).
21. If a membrane separates two solutions with different solute concentrations, which direction
would the water move.
@ 72%
15
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16
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