A red blood cell is placed in a solution that is .85% solute. a. It depends upon the temperature O b. Salt will leave the cell O c. The cell crenates

Biology: The Unity and Diversity of Life (MindTap Course List)
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Chapter5: Ground Rules Of Metabolism
Section: Chapter Questions
Problem 9SQ: A molecule that donates electrons becomes ________, and the one that accepts the electrons becomes...
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A red blood cell is placed in a solution that is .85% solute.
O a It depends upon the temperature
b. Salt will leave the cell
c. The cell crenates
Od. There is no net change in the cell
e The cell lyses
QUESTION 4
If a reaction has a Delta G of -61:
a. The reaction is non-spontaneous
b The reaction is energy requiring
Oc The reaction is spontaneous
C.
Od The reaction is exergonic
Ge The reaction is endergonic
Transcribed Image Text:pse A red blood cell is placed in a solution that is .85% solute. O a It depends upon the temperature b. Salt will leave the cell c. The cell crenates Od. There is no net change in the cell e The cell lyses QUESTION 4 If a reaction has a Delta G of -61: a. The reaction is non-spontaneous b The reaction is energy requiring Oc The reaction is spontaneous C. Od The reaction is exergonic Ge The reaction is endergonic
If a reaction has a Delta G of -61:
a. The reaction is non-spontaneous
b. The reaction is energy requiring
Oc. The reaction is spontaneous
O d. The reaction is exergonic
e The reaction is endergonic
QUESTION 5
Enzymatic activity can be regulated by regulating:
a Substrate concentration
b Cofactor concentration
Oc Enzyme concentration
d Inhibitor concentration
e Temperature
Transcribed Image Text:If a reaction has a Delta G of -61: a. The reaction is non-spontaneous b. The reaction is energy requiring Oc. The reaction is spontaneous O d. The reaction is exergonic e The reaction is endergonic QUESTION 5 Enzymatic activity can be regulated by regulating: a Substrate concentration b Cofactor concentration Oc Enzyme concentration d Inhibitor concentration e Temperature
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