The following table shows the mass M, in kilograms, of a certain type of fish as a function of its length L in centimeters.
80100120140160
21.542.574.1119179?
A. Calculate the average rate of change in mass as the length goes from 100 centimeters to 120 centimeters.B. Calculate the average rate of change in mass as the length goes from 140 centimeters to 160 centimeters.C. Based on your calculations from parts A and B, does an extra centimeter of length make more difference in weight for a smaller fish or a larger fish?
What will be an ideal response?
A. 1.58 kilograms per centimeter?B. 3.00 kilograms per centimeter?C. A larger fish.
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Solve the problem.Find the point on the sphere 
that is farthest from the point 
A. 
B. 
C. 
D. 
Provide an appropriate response.Does knowing that 4 - x2y3 < 
< 4 tell you anything about 
Give reasons for your answer.
What will be an ideal response?
Express as a single logarithm, and, if possible, simplify.
log2 x4 + 
log2 x4 - 
log2x
A. log2x7
B. log2x9/2
C. log2 x17/6
D. 
log2x8
Use Fleury's algorithm to find an Euler circuit for the graph beginning and ending at the indicated vertex. If no Euler circuit exists, state this.Using the following graph, find an Euler circuit that begins and ends with vertex A.
A. No Euler circuit exists. B. A ? B ? C ? D ? E ? A ? C ? E ? B ? D C. A ? B ? C ? D ? E ? A D. A ? B ? C ? D ? E ? A ? C ? E ? B ? D ? A