Author: Anonymous

A CFP® certificant agrees to be bound by Continuing Education (CE) Requirements established by Certified Financial Planner Board of Standards. The CE Requirements for a regular continuing certificant (not a new certificant or a certificant who has been inactive) are as follows:

Write the answers on paper. After you are done, show the answers on the webcam. After you complete the entire exam, take a photo of the answers, crop, make sure it is clearly seen, and submit it in the assignment titled Exam2 Work within 10 minutes.  If your submission do not match with the work shown on the webcam, you will receive NO credit. What is the boiling point, in celsius, of water on top of a mountain where the atmospheric pressure is 5.2 x 102 torr? ∆Hvap of water is 40.7 kJ/mol.  

In a hypotonic solution, the red blood cell will ___________.

(2 points) Show your steps for the following problem on your scratch paper. 

Use the equation editor for radicals. Label your answers ai, aii, bi, bii, etc.   a. Consider the exponential expression i. (1 point) Convert to radical expression  ii. (1 point) Simplify    b. Consider the exponential expression

Given the quadratic function in vertex form, answer the following questions.

Use the equation editor for radicals. The square root symbol looks like this and will draw the line over the top as you type. The n-th root (cube root, fourth root, etc.) symbol is next to it.    Simplify completely. Label your answers a, b, and c. Your answer should be a radical expression. a.   b.

How many close packing arrangements do metal crystals have?

Write the answers on paper. After you are done, show the answers on the webcam. After you complete the entire exam, take a photo of the answers, crop, make sure it is clearly seen, and submit it in the assignment titled Exam2 Work within 10 minutes.  If your submission do not match with the work shown on the webcam, you will receive NO credit. Oxygen is much less soluble in water than carbon dioxide. Oxygen’s solubility is 0.00412 g/100 mL at 20˚C and 761 mm Hg. Calculate the solubility of oxygen gas in water at 20˚C and a pressure of 1150 mm Hg. Only put the number in the decimal form in the box below.    

You are required to show your reasoning on your paper. You must prove that you are not guessing.  Reasoning might include expressions and equations, drawings, models, pictures, or written explanations, but not necessarily all of these. For essay questions, show your work on your paper. Just type your answers in Canvas. TRUE OR FALSE: I know that my scratch paper will be submitted when my exam is over and that I may not get credit for any unsupported answers even if the answer is correct.