Sept. 8: p. 100 #1; p. 101 #3; p. 109 #3; p. 110 #7,9 p. 118 #1, 3, 7, 9; p. 119 #19, 39; p. 128 # 3; p. 129 # 7, 11, 13, 21, 29.

Sept. 10: p. 140: #1, 3, 17; p. 141: #27,31; p. 149: #1,3,7,11, 13; p. 150: #19,22.

Sept. 13: p. 156: #1,3,5,11,17,19; p. 157: #23,27, (This is a tricky problem -- be careful!) 30; p. 168: #1,3; p. 169: #5,9,17; p. 170: #27,29; p. 174: #2,9,11. Also, please review the exponential function.

Sept. 15: p. 199: #1,3,7,11,17,19,25; p. 200: #29,37,39; p. 206: #3,7,11,13; p. 207: #29,31 (this is an important problem); p. 225: #3,6,7; p. 226: #11,19,25,31,37.

Sept. 17: p. 217: #1; p. 218: #5,9,15; p. 219: #17,21; p.234: #1,3,5,13,17; p. 235: #25,31,33,39,41.

Sept. 20: p. 245 #3,7,11,17,23. p. 246: #27,29,41.

Sept. 22: p. 252: #3,7,11,15,19; p. 258: #3,5,11,17; p. 260: #1,3; p. 261: #7,13,17,21,27,35,39,41; p. 262: #55, 59.

Sept. 29: p. 272: #1,5,9,10,13; p. 273: # 17,19,21,25,26.

Oct. 1: p. 279: #1,5; p. 280: #7,11,13,17,21,25,31,27,41,43,46,51; p. 281: #53.

Oct. 4: p. 316: #1,3,7,13; p. 317: #14 (hard), 17, 20; p. 319: #31; (For a challenge, try problems 27 and 28 on p. 318.)

Oct. 6: p. 292: #1,3,6,7,11,15,17; p. 293: #23,29,31,41; p. 300: #3,5,9.

Oct. 8: p. 326: #4,5,9,13,15; p. 308: #1,5,9,13,17,19,21,23,25,27,35; p. 309: #47.

Oct. 13: p. 331 #1,4,5,27,29.

Oct. 15: p. 338: #1,5,9,13,19,23; p. 339: #33,37,39.

Oct. 18: p. 359: #1, p. 360: #3,9,11.

Oct. 20: p. 370: #1,2,3,5,7,11; p. 371: #18 (parts (1) and (b)), 21.

Oct. 27: p. 380: #1,3,6,7,9,11,15,17,19,29,41,43,46,49,53,58.

Oct. 29: p. 390: #1,3,7,9,13,15,19,23,27,29. (Note: problems 27 and 29 are good tests of your understanding of the Fundamental Theorem of Calculus.)

Nov. 1: p. 400: #1,3,9,13,17,21,25,31; p. 401: #37, 41, 47, 55, 65.

Nov. 3: p. 407: #1,3,7,13,15,19,21,25,27,41; p. 408: #45.

Nov. 5: p. 435: #1,2,7,11; p. 436: #15,19,25,29,41,43; p. 437: #53.

Nov. 8: p. 425: #1,5,9; p. 426: #21,23,25. Also, you should now be able to do all of the review problems for chapter 5 except 43, 44, and 58.

Nov. 10: p. 453: #1,3,7,9,11,13; p. 454: #19,21,23,25.

Nov. 12: p. 462: #1,3,5,7,11; p. 463: #19,24,27,29; p. 464: #38.

Nov. 15: p. 468: #1,4,7,9; p. 469: #17.

Nov. 22: p. 482: #1,3,5,9; p. 483: #19, p. 484: #25, p. 488: #1,3,7.

Nov. 29: p. 509: #9; p. 513: #3,4,5,6,7; p. 534: #1,3,5,7; p. 535: #11,13.

Dec. 1: p. 630: #1 (a) and (b), 3, 5, 7.

Dec. 3: p. 567: #2,7,9,11; p. 568: #15,17,23,25,37,41.

Dec. 6: p. 577: #1,3,7,11,15,19,21,25; p. 578: #42.

Dec. 8: p. 596: #19, 23, 25, 27, 31.

Dec. 10: p. 602: #1,3,5,7,9,11,13,15. (In those problems where you are asked to find both the radius and interval of convergence, you only need to find the radius of convergence.) p. 607: #3,5,7 (again, just find the radius of convergence), 9, 11, 13.

Dec. 13: p. 618: #1,3,5,7,9,11,15; p. 619: #29,31.