Two intracellular molecules A and B, are normally synthesized at a constant rate of 1000 molecules...

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Chemistry

Two intracellular molecules A and B, are normally synthesized ata constant rate of 1000 molecules per second per cell. Thedegradation rate of A is 0.01/s and B is 0.1/s
A}Write a differential equation to describe how the number ofmolecules of A and B change over time
B}What is the steady state value of A and B? How many moleculesof A and B will there be after 1 second at steady state?
C}If the rate of synthesis of both A and B were suddenlyincreased 10-fold to 10,000 molecules per secondâ€”without any changein their degradation rateâ€”how many molecules of A and B would therebe after one second?
D}Which molecules would be preferred for responding rapidlychanging environment? Explain your answer

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Two intracellular molecules A and B are normally synthesized at a constant rate of 1000 molecules per second per cell The degradation rate of A is 001s and B is 01s AWrite a differential equation to describe how the number of molecules of A and B change over time Rate of synthesis of A rsA 1000 moleculessec Rate of degradation of A rdA kA 001A moleculess Rate of reaction of A rA dAdt 1000 See Answer

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