Question

In: Statistics and Probability

An enzymatic reaction converts starch to simple sugars using a fungal enzyme that is very pH...

An enzymatic reaction converts starch to simple sugars using a fungal enzyme that is very pH sensitive and works efficiently ?f and only if the pH of the reaction environment is ?.20. Your statistician, Mr. Biswadeep Pai decides to use a pH meter that is known to give normally distributed replicate measurements. Suppose that ?0 independent replicate measurements of pH yield the following values: {?. ?8, ?. ?7, ?. ?6, ?. ?5, ?. ?1, ?. ?7, ?. ??, ?. ?8, ?. ?9, ?. ??}.

(a) What conclusion can Biswadeep draw at the ? = ?. ?0 level of significance?

(b) What conclusion can Biswadeep draw at the ? = ?. ?5 level of significance?

(c) Is "?f and only if" in the above problem statement a typo?

Solutions

Expert Solution

First we need to find the mean and SD of data. Following is the output of descriptive statistics:

Descriptive statistics
X
count 10
mean 8.1850
sample standard deviation 0.0246
sample variance 0.0006
minimum 8.15
maximum 8.22
range 0.07

a)

b)

(c)

No because test is not significant 5% level of significance. So pH level can be 8.20.

orchestra answered 3 years ago
Next > < Previous

Related Solutions

Identify enzyme structural features that will increase the rate of an enzymatic reaction based on transition...
Identify enzyme structural features that will increase the rate of an enzymatic reaction based on transition state theory.
You have an enzymatic reaction proceeding at the optimum pH and optimum temperature.
You have an enzymatic reaction proceeding at the optimum pH and optimum temperature. You add a competitive inhibitor to the reaction and notice that the reaction slows down. what can you do to speed the reaction up again? Add more inhibitor to speed up the reaction. Add more substrate; it will outcompete the inhibitor and increase the reaction rate. Increase the temperature. Increase the pH.
3. ADP-Glc pyrophosphorylase (AGPase) is a key enzyme in the biosynthesis of starch. Using AGPase as...
3. ADP-Glc pyrophosphorylase (AGPase) is a key enzyme in the biosynthesis of starch. Using AGPase as an example, describe how the regulation of this one enzyme can control the overall flux of carbon through starch biosynthesis in photosynthetic tissue.
To the nearest hundredths, what is the pH at the end of an enzyme-catalyzed reaction if...
To the nearest hundredths, what is the pH at the end of an enzyme-catalyzed reaction if it were carried out in a 0.1 M buffer initially at pH 6.65, and 0.006 M of acid (H+) was produced during the reaction? (The buffer used was a polyprotic acid of the general form: H3A; the three pKas of this polyprotic acid are 2.11, 6.65, and 11.33.)
To the nearest hundredths, what is the pH at the end of an enzyme-catalyzed reaction if...
To the nearest hundredths, what is the pH at the end of an enzyme-catalyzed reaction if it were carried out in a 0.1 M buffer initially at pH 6.73, and 0.004 M of acid (H+) was produced during the reaction? (The buffer used was a polyprotic acid of the general form: H3A; the three pKas of this polyprotic acid are 2.17, 6.73, and 11.27.)
To the nearest hundredths, what is the pH at the end of an enzyme-catalyzed reaction if...
To the nearest hundredths, what is the pH at the end of an enzyme-catalyzed reaction if it were carried out in a 0.1 M buffer initially at pH 6.73, and 0.004 M of acid (H+) was produced during the reaction? (The buffer used was a polyprotic acid of the general form: H3A; the three pKas of this polyprotic acid are 2.17, 6.73, and 11.27.)
A simple enzyme reaction can be described by the equation E+SESE+P, where E is the enzyme,...
A simple enzyme reaction can be described by the equation E+SESE+P, where E is the enzyme, S the substrate, P the produce, and ES the enzyme substrate complex. Write a corresponding equation describing the workings of a transport (T) that mediates the transport of a solute (S) down its concentration gradient. What does this equation tell you about the function of a transporter? Why would this equation be an inappropriate choice to represent the function of a channel?
Experiment IV: Effect of pH on the Rate of Enzyme Reaction 6. In this experiment, was...
Experiment IV: Effect of pH on the Rate of Enzyme Reaction 6. In this experiment, was the enzyme denatured or just slowed down at any of the pH values tested? What is the evidence? Materials for Experiment IV Five test tubes Test tube rack Disposable pipettes Potato extract Deionized water Water bath, 37 degrees Celsius (°C) 0.1 molar (M) sodium hydroxide (NaOH) 0.1 M hydrochloric acid (HCl) pH paper Procedure for Experiment IV Five test tubes were taken and labeled...
The rate of the reaction of NH2OH with aldehydes and ketones is very sensitive to pH.
The rate of the reaction of NH2OH with aldehydes and ketones is very sensitive to pH. It is very low in solutions more acidic than pH 2 or more basic than pH 7. It is highest in moderately acidic solution (pH ∼ 4). Suggest explanations for these observations.    
Using 1.0 nM enzyme X for the enzyme kinetics experiments, you obtained the reaction rates at...
Using 1.0 nM enzyme X for the enzyme kinetics experiments, you obtained the reaction rates at different concentrations of substrate (shown in the following table). Assume that the enzyme X follows a typical Michaelis-Menten kinetics. [substrate] (μM) Reaction rate (μmol/min) 2 7 5 17 10 29 20 44 50 67 100 80 200 89 500 95 1000 98 a) Estimate the Vmax and Km values of the enzyme in this reaction using double reciprocal plot. b) If 5.0 nM of...
ADVERTISEMENT
Subjects
ADVERTISEMENT
Latest Questions
ADVERTISEMENT