Download Review Problems for Exam 1 - Survey of Calculus | MATH 160 and more Exams Calculus in PDF only on Docsity! MATH 160 001 – Review Problems for Test #1 – 9/9/08 1 Last update: Sat Sep 6 15:53:19 MDT 2008 /m160.fa08/handouts160/t1 160 909/REVSTUFF/review suggestions 1 tex 1 Test #1 is Tuesday 9/9/08 2 Difference-quotient problems. They expect you to know the difference-quotient formula, and how we simplify a difference quotient by cancelling the h out of the denominator. Click here for a sheet with some practice problems with answers. Note that none of the practice problems has answer 1. You can email me your answers to the other problems on the sheet. Send one answer per email with a good subject line including MATH 160. 3 A-4 Fraction Problems: page 581-582, the odd numbered ones 1-29 and 39 (a difference quotient) and 41. 4 A-5 Exponent Problems: page 586-587, the odds 1-37 and 43, 45, 55, 57. 5 A-6 Fraction Exponent Problems: page 593-594, the odds 13-23 (no calculator al- lowed) and odds 41-47 (not assigned before). 6 Quadratic Problems A-7: page 602: 3 and 45 are related. also problems 17, 29, 43. 7 Quadratic Problems 2-3: page 90: 9, 11, 13, 15, 17, 19. You can email me your idea of the sign of f ′(5) from problem 15 (use a good subject line). Also you could do the same (separate email with a good subject line) with m′(5) from problem 17. 8 Quadratic Revenue Problems 2-3: page 124: 97. One could add on a part (D) which asks to determine algebraically the maximum profit (to the nearest thousand dollars) and the output (to the nearest unit) that produces the maximum profit. What is the wholesale price of the radio (nearest dollar) at this maximum-profit point. Here’s what Kerr believes to be the part-(D) answers: Pmax = $160, 000 at output 16000 radios. Kerr further believes that, at this output, the wholesale price of a single radio is $30.
