Answer: No
Explanation:
At the end of mitosis there would be 2 cells
Answer:
Answer of the question is explaine dbelow.
Explanation:
Rho GTPases interact with a variety of effectors to control actin cytoskeleton
reorganization, cell shape, and cell polarity. RhoA regulates cell shape and adhesion by
the assembly of contractile actin microfilaments into stress fibres. Rho GTPases also
regulate proliferation and cell-cycle progression, especially GuS transition.
All the cells are about to enter mitosis means they cross GuS transition, a drug that is a
potent inhibitor of RhoA activity has no affect on the cell because these cells already in
G2 phase. So, all the cells appear to be in telophase.
So, the correct choice is A. all the cells appear to be in telophase.
Explanation:
As I think last option is the correct suitable one.
Answer:
Solution A has the greater concentration of hydronium ions. That solution is 100 times more concentrated than the other solution.
Explanation:
For solution A take 10^-pH in this case 10^-2=.01
For solution B you would take 10^-4=.0001
.01>.0001 so solution A is more concentrated with H^+
To figure out how much more concentrated one solution is than the other:
(10^-2)/(10^-4)
Interstitial sites are the spaces between atoms and are far smaller than vacancies, which are essentially the absence of an atom form the structure. Interstitial diffusion occurs when molecules move through the interstitial spaces of the substance, while vacancy diffusion is when the molecules move into the vacancies.
Because the interstitial spaces are far more numerous than the vacant spaces, and the bonding to the surrounding atoms in interstitial spaces is weaker, interstitial diffusion is faster than vacancy diffusion.