3. Which statement would be true of a membrane-bound protein that works in conjunction with a sodium–potassium pump during secon
dary active transport?
It will block a small molecule from moving across the cell membrane in response to an increase in concentration of an ion in the external environment.
It will be able to transport an ion in both directions across the cell membrane and a small molecule in one direction.
Its conformation will change when both an ion and a small molecule bind to it.
It will move a small molecule across the cell membrane in response to a build-up in concentration of the molecule in the external environment.
1 answer:
You might be interested in
Mechanical glad I could help!
<span>species A might branch into two or more species</span>
I believe the answer should be D i’m sorry if i’m wrong
Answer:
An amino acid
Explanation:
the formula to find force is F=ma
F- Force (in newtons)
m- mass (in kg)
a- acceleration (in m/s)
in this case you need to find acceleration, so isolate a by making the formula a=f/m. plug in your numbers then you're done
a=30/70
a=0.429 (rounded)
