Chapter 1, Problem 13RQ

Draw the chi square for this and the math problem

I don’t understand how to get the percentage using the Arrhenius Equation in this problem

Where did you get the table chi square value of 3.84 from?

Why is the answer 200? Is there an equation I need to use for this problem?

Match the following formulas with their correct descriptions form the drop down menu provided. Formulas 1. D subscript p equals N over A 2. D subscript p equals N over V 3. increment N equals open parentheses N plus I close parentheses minus open parentheses M plus E close parentheses 4. g r equals fraction numerator increment N over denominator increment t end fraction 5. c g r equals fraction numerator increment N over denominator N end fraction Descriptions: Used to calculate the rate of change in the population in relation to its initial population number Answer Used to calculate the change in population size Answer Used to calculate the number of individuals occupying a volume of air or water Answer Used to calculate the change in the number of individuals in a given population over a period of time. Answer Use to calculate the number of individuals occupying a land area Answer

Can you explain how to find the answer and the calculation?

Would you expect a change in column temperature to have an effect on a reversed-phase chromatographic separation of a steroid mixture?  Explain the reason for your answer in (1) above

Under what conditions when the Renkin-Crone equation can be applied? Why? Give an example situation where the equation would be applicable.

Discuss the relationship of Lineweaver-Burke and Michaelis Menten equations. What are the importance of the double reciprocal plot, Michaelis constant, and Vmax?