During an investigation on membrane transport, a researcher exposed bacterial cells to different concentrations of two different solutes: A and B. The rate of transport of each solute into cells is represented in the graph. = Solute A Solute B Solute Concentration Which of the following best explains the greater rate of transport for solute A than for solute B at higher solute concentrations? Solute A is being transported by simple A diffusion, which does not rely on membrane proteins to control the rate of transport. Solute A is being transported by active B transport, which uses ATP and has higher rates of transport than passive transport. с Solute A is being transported by facilitated diffusion, which uses membrane proteins to increase the rate of transport. Submit Rate of Transport D

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During an investigation on membrane transport, a researcher exposed bacterial cells to different concentrations of two different solutes: A and B. The rate of transport of each solute into cells is
represented in the graph
Solute A
Solute B
Solute Concentration
Which of the following best explains the greater rate of transport for solute A than for solute B at higher solute concentrations?
A Solute A is being transported by simple diffusion, which does not rely on membrane proteins to control the rate of transport
Solute A is being transported by active transport, which uses ATP and has higher rates of transport than passive transport
Solute A is being transported by facilitated diffusion, which uses membrane proteins to increase the rate of transport
Rate of Transport

9:04
Q SEARCH
D
<
LTE
CHAT √x MATH SOLVER
.5GE
Done
11 of 23
< 3 of 12
During an investigation on membrane transport, a researcher
exposed bacterial cells to different concentrations of two
different solutes: A and B. The rate of transport of each
solute into cells is represented in the graph.
Solute A
Solute B
12
Solute Concentration
Which of the following best explains the greater rate of
transport for solute A than for solute B at higher solute
concentrations?
A
Solute A is being transported by simple
diffusion, which does not rely on membrane
proteins to control the rate of transport.
Solute A is being transported by active
transport, which uses ATP and has higher
rates of transport than passive transport.
Solute A is being transported by facilitated
diffusion, which uses membrane proteins to
increase the rate of transport.
Submit
Transcribed Image Tovt: 1.58 LEGE Done 11 of 23 3 of 12 During
AA
bartleby.com
Ć
1:58
C
ASK
Rate of Transport
Transcribed Image Text:9:04 Q SEARCH D < LTE CHAT √x MATH SOLVER .5GE Done 11 of 23 < 3 of 12 During an investigation on membrane transport, a researcher exposed bacterial cells to different concentrations of two different solutes: A and B. The rate of transport of each solute into cells is represented in the graph. Solute A Solute B 12 Solute Concentration Which of the following best explains the greater rate of transport for solute A than for solute B at higher solute concentrations? A Solute A is being transported by simple diffusion, which does not rely on membrane proteins to control the rate of transport. Solute A is being transported by active transport, which uses ATP and has higher rates of transport than passive transport. Solute A is being transported by facilitated diffusion, which uses membrane proteins to increase the rate of transport. Submit Transcribed Image Tovt: 1.58 LEGE Done 11 of 23 3 of 12 During AA bartleby.com Ć 1:58 C ASK Rate of Transport
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