For each biological model below determine the dimensions of the parameters, based on the given dimensions of the variables. 1. Model of number of mutations M as a function of time t: M(t) = Mo + ut 2. Model of molecular concentration C as a function of time t: C(t) = Coe kt 3. Model of tree height H (length) as a function of age a (time): ba Hla)

College Physics
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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For each biological model below determine the dimensions of the parameters, based on the given
dimensions of the variables.
1. Model of number of mutations M as a function of time t:
M(t) — Мо + дut
2. Model of molecular concentration C as a function of time t:
-kt
C(t) = Coe
3. Model of tree height H (length) as a function of age a (time):
ba
H(a)
c+a
4. Model of cooperative binding of ligands, with fraction of bound receptors 0 as a function of ligand
concentration L:
0(L) =
Ln + Kd
5. Model of concentration of a gene product G (concentration) as a function of time t:
G(t) = Gm(1 – e at)
Transcribed Image Text:For each biological model below determine the dimensions of the parameters, based on the given dimensions of the variables. 1. Model of number of mutations M as a function of time t: M(t) — Мо + дut 2. Model of molecular concentration C as a function of time t: -kt C(t) = Coe 3. Model of tree height H (length) as a function of age a (time): ba H(a) c+a 4. Model of cooperative binding of ligands, with fraction of bound receptors 0 as a function of ligand concentration L: 0(L) = Ln + Kd 5. Model of concentration of a gene product G (concentration) as a function of time t: G(t) = Gm(1 – e at)
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