equations not given

fractional saturation (weak binding)

F = [L]total / (KD + [L]total)

What is the equation for Δo​?

Δo​= E(eg​) − E(t2g​)

Rate =

Rate = change in conc / change in time

Unit: M.s^-1 or mol L^-1s^-1

Write the rate of A→ B

with respect to A and with respect to B

-d[A]/dt

d[B]/dt

what is the rate law of A and B in this reaction?

A→ B

Rate law for A:

d[A]/dt = -K[A]

Rate law for B:

d[B]/dt = K[A]

what is the time constant + its equation?

Avg time for A to be converted into B in a reaction

τ = 1/k

In this equation:

A + B —> C

What is the rate equation with respect to A,B and C?

P + L ←→ P:L
what is the rate law with respect to P?

d[P]/dt = -kon [P][L]+ koff [PxL]

What is the arrhenius equation?

Whats the equation for k1 and k2 in a 2-step equation at a steadt state ?

k1[A]ss = k2[B]ss

What is the equation for the rate law of A in a reversible reaction?

d[A]/dt = -kf[A]+ kr[B]

what is the ratw law for the following equation:
A + A + B —> C

With respect to A / B

½ d[A]/dt = d[B]/dt = -k[A]²[B]

What is the linearised form of the arrhenius equation?

lnk = [-Ea/ R] 1/T + lnA

What is the pseudo-first-order rate constant

k′=kon​[L]0​

What is the equation for the observed rate constant in pseudo-first-order ligand binding?

kobs​=kon​[L]0​+koff​

What is the dissociation constant KD in terms of kinetic constants?

KD​=koff​/kon​​

U=

U = q + w

DU =

DU = q - w

H =

H = U + pv

DH =

DH = DU + Dpv

DS =

DS = DQ/T

in J.K^-1

Kc =

Kc = [C]^c[D]^d / [A]^a[B]^b

wavelenght =

wavelength = hc/E