[B]. (M) 0.180 0.360 0.180 A(g) + 3 B(g) → C(g) + 2 D(g) is Rate (M/min) 0.0234 0.0934 0.0234 A) Rate = K[A][B]³ B) Rate = K[B]² C) Rate = K[A]2²[B] D) Rate = K[A][B]²

2 if there is a stock solution of 2000 (ug/ml) , is it possible to use SERIAL DILUTION to generate the following 8 tubes with their concentrations? A 2000 (ug/ml) B 1500 (ug/ml) C 1000 (ug/ml) D 750  (ug/ml) E 500  (ug/ml) F 250  (ug/ml) G 125  (ug/ml) H 0 (ug/ml)

3) Based on the below, which of the following represents the best estimate of the Ka of oxygen for myoglobin? A) 0.2 µM B) 0.4 µM c) 0.6 µM D ) 0.8 μΜ E ) 1.0 μΜ 0.8 0.6 0.4 [o.] K, - [0,] 0.2 4) How do you expect the result of the experiment outlined in question 3 would change if Myoglobin was titrated with carbon monoxide instead of oxygen? A) The Kd would be larger for myoglobin binding to carbon monoxide B) The Kd would be smaller for myoglobin binding to carbon monoxide C) There would be not change as oxygen and carbon monoxide bind with the same affinity D) There would be no evidence of binding E) The curve would show evidence of cooperativity

How would I create a bar graph using the Hardy -Weinberg Equation data ?