. Nat-K+ pump move 3 sodium ions out of the cell and bring 2 potassium ions inside the cell against the concentration gradient. a. Would the cell have to use energy? b. If yes, then what transport would this be? If not, what transport do think it is. C. Is a membrane protein involved in this kind of transport? Y/N d. Name the energy carrying molecule_ in this kind of transport.

Essentials of Pharmacology for Health Professions
7th Edition
ISBN:9781305441620
Author:WOODROW
Publisher:WOODROW
Chapter5: Abbreviations And Systems Of Measurement
Section: Chapter Questions
Problem 34CRQ
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8:53 AM Thu Oct 6
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S
то
●●●
a. Solution A is corn syrup and Solution B is tap water.
b. Which solution is hypertonic (Solution A or Solution B)?- Solution A
C. Which solution is hypotonic (Solution A or Solution B)?-Solution B
22. If you place a red blood cell in salt water, which direction would the water move, in or put of the
cell. Again, identify the solution that is hypertonic and the one that is hypotonic.
written at the
23. Remember the water always moves from hypotonic to hypertonic in osmosis.
24. Nat-K+ pump move 3 sodium ions out of the cell and bring 2 potassium ions inside the cell
against the concentration gradient.
LTE 82%
-
a. Would the cell have to use energy?
b. If yes, then what transport would this be? If not, what transport do think it is.
C.
Is a membrane protein involved in this kind of transport? Y/N
d. Name the energy carrying molecule
25. An immune cell engulfs bacteria inside to kill it, what kind of transport would that? Is ATP used? - W
26. Liver cell makes some enzymes with the endomembrane system and transports the
manufactured protein out of the cell in a transport vesicle, would this involve the use of ATP?
and name the transport system.
in this kind of transport.
e can't work in intestine at slightly basic pH.
TAKE A TOUR
+ :
sis means the breaking of anhydrous bond present in between the two phosphate group. On I
mount of energy is released with is used by the cell in various biological functions.
acts as an hypertonic solution as compared to the RBC. Therefore, water will move out of the RBC by the process of
e shrinking of the RBC, so (water moves from the hypotonic solution to a hypertonic solution). The salt water
-ter is hypotonic solution will move out of the cell.
me system bacteria engulf by phagocytosis. Phagocytosis is a type of endocytosis, in which when cells ingest
port. This process requires energy. Hence ATP is used to kill bacteria.
< \ >
16
17
Transcribed Image Text:8:53 AM Thu Oct 6 < S то ●●● a. Solution A is corn syrup and Solution B is tap water. b. Which solution is hypertonic (Solution A or Solution B)?- Solution A C. Which solution is hypotonic (Solution A or Solution B)?-Solution B 22. If you place a red blood cell in salt water, which direction would the water move, in or put of the cell. Again, identify the solution that is hypertonic and the one that is hypotonic. written at the 23. Remember the water always moves from hypotonic to hypertonic in osmosis. 24. Nat-K+ pump move 3 sodium ions out of the cell and bring 2 potassium ions inside the cell against the concentration gradient. LTE 82% - a. Would the cell have to use energy? b. If yes, then what transport would this be? If not, what transport do think it is. C. Is a membrane protein involved in this kind of transport? Y/N d. Name the energy carrying molecule 25. An immune cell engulfs bacteria inside to kill it, what kind of transport would that? Is ATP used? - W 26. Liver cell makes some enzymes with the endomembrane system and transports the manufactured protein out of the cell in a transport vesicle, would this involve the use of ATP? and name the transport system. in this kind of transport. e can't work in intestine at slightly basic pH. TAKE A TOUR + : sis means the breaking of anhydrous bond present in between the two phosphate group. On I mount of energy is released with is used by the cell in various biological functions. acts as an hypertonic solution as compared to the RBC. Therefore, water will move out of the RBC by the process of e shrinking of the RBC, so (water moves from the hypotonic solution to a hypertonic solution). The salt water -ter is hypotonic solution will move out of the cell. me system bacteria engulf by phagocytosis. Phagocytosis is a type of endocytosis, in which when cells ingest port. This process requires energy. Hence ATP is used to kill bacteria. < \ > 16 17
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