Solve the following graphically. If necessary, round answers to the nearest thousandth.log (x + 1) - 3 = x2 - 6x + 4
A. ?
B. {1.454, 4.659}
C. {1.4188, 4.6672}
D. {1.4502, 4.6867}
Answer: B
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Express the relationship between a small change in x and the corresponding change in y in the form 
.y = csc(2x2 - 1)
A. dy = -2x2 csc(2x2 - 1) cot(2x2 - 1) dx B. dy = 4x csc(2x2 - 1) cot(2x2 - 1)dx C. dy = -4x csc(4x) cot(4x) dx D. dy = -4x csc(2x2 - 1) cot(2x2 - 1) dx
The stack plot below shows the value of each of Danny's investments. The stack plot contains three regions. The uppermost unshaded region represents the value of Danny's investment in individual stocks. The center shaded region represents the value of Danny's investment in mutual funds and the bottom region in black represents the value of Danny's investment in a CD. The thickness of a region at a particular time tells you its value at that time. 
Use the graph to answer the question.In which year was the total value of Danny's investments the greatest?
A. year 8 B. year 4 C. year 0 D. year 5
Describe the situation with a linear inequality and then solve the inequality.It takes 10 minutes to set up a candy making machine. Once the machine is set up, it produces 30 candies per minute. Use an inequality to find the number of candies that can be produced in 5 hours if the machine has not yet been set up.
A. at most 150 candies B. at most 1500 candies C. at most 2700 candies D. at most 8700 candies
Evaluate or simplify the expression without using a calculator.log 
A. -4
B. 
C. 4
D. - 