Calculus

4/22/13 || Area and Volume Review || Study for Test ||  || 4/23/13 || Test on Area and Volume || NONE (Optional FR After School) ||  || 4/24/13 || Multiple Choice Part A Practice Test || NONE (Optional FR After School) All FR due MONDAY! ||  || 4/25/13 || Multiple Choice Part B Practice Test || FR DUE MONDAY! ||  || 4/26/13 || Free Response In Class ||   ||   ||
 * Week of 4/22/13**
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4/15/13 || How do we calculate volume of washers for regions revolved around y-axis? || Larson Pg. 465-466: 4/16/13 || How do we calculate volume using washers around lines that are not the x and y-axis? || FINISH FREE RESPONSE PROBLEMS FROM CLASS ||  || 4/17/13 || How do we calculate volume by cross-sections? || Larson Pg. 468: #71, 72(a), 72(c), 74(a), 74(b) ||  || 4/18/13 || Volume by Cross-sections || Same as Wed ||  || 4/19/13 || REVIEW OF VOLUME AND AREA || Study for Test ||  ||
 * Week of 4/15/13**
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 * Monday
 * 32, 41, 43, 45, 47 ||  ||
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4/8/13 || How do we calculate volume by revolution? || Larson Pg. 465-466: #3, 4, 11(a), 12(b), 23 || || 4/9/13 || SUB WORK ||  ||   || 4/10/13 || How do we calculate volume from revolution about the y-axis? || Larson: Pg. 465-466: #9, 10, 11(b), 12(a),31 ||  || 4/11/13 || How do we calculate volume around other axes? || HOMEWORK WS - (3 problems) ||  || 4/12/13 || How do we calculate volume using washers around x-axis? || Larson Pg. 465-466: 4/1/13 || SPRING BREAK ||  ||   || 4/2/13 || SPRING BREAK ||  ||   || 4/3/13 || How do we find the area between two curves? || HW: Larson Pg 454 #1-6(set up only), 7, 13, 19, 20, 23, 31, 32 || || 4/4/13 || How do we find the area between two curves? ||  || Answer Key || 3/18/13 || How do we solve separable differential equations? || Larson: Pg. 306: 43-46, Pg. 318: #11-12 Pg. 320: #85-86 Free Response Packet 18 - Due April 3rd Practice AP MC - Due April 3rd || || 3/19/13 || How do we solve separable differential equations? Larson Pg. 412: #41-45, 51, 52 Pg. 318: #11-12 Pg. 320: #85-86 ||  || 3/20/13 || How do we solve differential equations using exponential and logarithms? || HW: Larson Pg. 420: #1 - 6, 11, 12, 15-16 (just find the general and particular solution for each) ||  || 3/11/13 || SUB WORK ||  ||  || 3/12/13 || Review for Test || Pg. 401-402: 49-51, 53, 65, 68, 70, 80, 82, 87 ||  || 3/13/13 || How do we draw slope fields || Study for Test ||  ||
 * Week of 4/8/13**
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 * 14b, 28-30 ||  ||
 * Week of 4/3/13**
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 * Week of 3/18/13**
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 * 1) 57-60 || Larson: Pg. 306: 43-46,
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 * Week of 3/11/13**
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 * 1) 9-11, 15, 18, 19, 22, 25, 27, 39-42, 45, 47,
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 * Week of 3/4/13**

3/4/13 || How do we calculate the integral using e^x? || Larson Pg. 360: #99-104, 109, 113 120, 121 || || 3/5/13 || How do we calculate derivatives of other exponential and logarithmic functions? || Larson Pg. 368 #41-47, 51-58 ||  || 3/6/13 || How do we find the derivative of inverse trig functions? || Larson Pg. 379-380: #5, 7, 17, 21, 23, 31, 43, 44, 49, 50, 52, 57 ||  || 3/7/13 || How do we find the derivatives of inverses? || Larson Pg.349-350 #1(a), 3(a), 9, 10, 28, 37, 38, 71, 72, 73, 75 ||  || 3/8/13 || How do we integrate inverse trig functions? || Larson Pg 387: #1-4, 7, 8, 9, 13, 14, 16, 25, 26, 27 ||  ||
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2/25/13 || How do we find the derivative of ln(x)? || Pg. 331-332: #43, 49-53, 57, 63, 65, 77, 95 Quiz Corrections Due Thursday || || 2/26/13 || How do we find the derivative of functions using ln? || Same as yesterday! ||  || 2/27/13 || How do we find integrals involving ln(x)? || Larson Pg 340: 1-4, 6, 7, 9, 19, 20, 29, 47, 48, 50 ||  || 2/28/13 || How do we find integrals involving ln(x)? || Same as yesterday! ||  || 3/1/13 || How do we find the derivative of e^x? || Larson Pg #358-359: #3, 4, 10-12, 35, 37, 38, 42, 45, 50, 57, 65, 69 ||  ||
 * Week of 2/25/13**
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2/20/13 || How do we review integrals || Deltamath Due Monday Study for Test Free Response Packet 14 Due Monday || Answer Key || 2/21/13 || Test-Integrals || Deltamath #2 Due Monday ||  || 2/22/13 ||  || Deltamath #2 - Due Monday Free Response Packet 14 Due Monday ||  ||
 * Week of 2/20/13**
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2/11/13 || How do we solve motion problems to find distance and displacement? || Larson Pg. 296: #97-103 Free Response Packet 13 Due February 20th || || 2/12/13 || How do we practice AP problems with motion and integral-defined functions? || Larson Pg 296 #97-103 Free Response Packet 13 Due February 20th ||  || 2/13/13 || How do we practice AP Problems || NONE ||  || 2/14/13 || How do we use substitution to help integrate? || Larson Pg. 306-307: 11, 12, 16-18, 25, 27, 30, 48-50 ||  || 2/15/13 || How do we change limits of integration? || Larson: Pg. 307: #75-82, 91, 92 ||  ||
 * Week of 2/11/13**
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2/4/13 || How do we find the average value of a function? || Finish Larson Pg. 293-294: # 51-56, 66 Free Response Packet 12 Due Febuary 11th Deltamath Due February 11th || || 2/5/13 || How do we evaluate a function that is integral defined? || Larson Pg. 294-295: #67-70, 73, 74 Free Response Packet #12 Deltamath due 2/11 ||  || 2/6/13 || How do we evaluate an integral defined function? || Larson Pg. 294-295: #67-70, 73, 74 ||  || 2/7/13 || How do we evaluate an integral defined function? || Larson Pg. 294-296: #61-63, 105-106 ||  || 2/8/13 || How do we evaluate an integral defined function? || Larson Pg. 294-296: #61-63, 105-106 ||  ||
 * Week of 2/4/13**
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 * Week of 1/29/13**

1/28/13 || NO SCHOOL || NONE ||  || 1/29/13 || How do we use the Fundamental Theorem of Calculus to solve definite integrals? || Larson Pg. 293-294: 5, 6, 8, 10, 15, 16, 18, 20, 29, 35, 38, 39, 41 || Deltamath Deltamath Teacher Code: 241408 Edmodo Edmodo teacher code: rkzfp6 || 1/30/13 || How do we use the Second FTC? || Larson: Pg. 295: #75-91 odd || || 1/31/13 || How do we use the Second FTC? || Larson Pg. 295: #75-91 odd ||  || 2/1/13 || How do we calculate the average value of a function? || Larson Pg. 293-294: #51-56, 66 ||  ||
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 * Week of 1/14/13**

1/14/13 || How do we approximate area using a trapezoidal sum? || Larson Pg. 268: #27, 29, 31, 33, 35, 41, 42 Use Trapezoidal Sum for each problem Calculus Final - Due Friday || || 1/15/13 || How do we calculate a definite integral? || Larson Pg. 278-279: #13, 14, 17, 18, 19, 23, 25, 27, 31, 47 ||  || 1/16/13 || How do we evaluate definite integrals? || Larson Pg. 279-280 #41-44, 48 ||  ||
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Week of 1/7/13** 1/7/13 || How do we solve problems using optimization? || Finish Larson: Pg. 223-224 ||  || 1/8/13 || How do we find antiderivatives? || HW: Larson Pg.255-256: 9, 10, 12, 13, 15-22, 25-27 ||  || 1/9/13 || How do we find antiderivatives (integrals)? || HW: Larson Pg. 255-256: #29-32, 35-38, 41-44, 57-60 ||  || 1/10/13 || How do we approximate area under a curve? || HW: Larson Pg. 268: #27, 29, 31, 33, 35, 41, 42 ||  || 1/11/13 || How do we approximate area under a curve using the midpoint Riemann sum || HW: Larson Pg. 268: #27, 29, 31, 33, 35, 41, 42 Complete each using midpoint Riemann Sum. || ||
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12/31/12 || NO SCHOOL ||  ||   || 1/1/13 || NO SCHOOL ||  ||   || 1/2/13 || How do we solve optimization problems? || Larson Pg 223-224: 2(a-c), 3-5, 9-12, 21 ||  || 1/3/13 || SUB WORK - Practice Derivative Problems || NONE ||   || 1/4/13 || How do we solve optimization problems using derivatives? || Larson: Pg. 223-224: 13-15, 19, 20, 22, 26 ||  ||
 * Week of 1/2/13**
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12/17/12 || How do we find when a particle speeds up or slows down? || 5 Steps to a 5: Pg. 198-199 Free Response Packet Due January 2nd || || 12/18/12 || How do we use tangent line approximations? || Pg. 240: #1-6, 21, 22 ||  || 12/19/12 || Review for Test || Study for Test ||   || 12/20/12 || Test - Derivative Applications ||  ||   ||
 * Week of 12/17/12**
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 * Monday
 * 1) 7-11, 13
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12/10/12 || How do we read graphs of derivatives? || 5 Steps to a 5: Pg. 139-141: #6-9, 15, 16 Free Response Packet 8 - Due Monday || || 12/11/12 || How do we interpret graphs of derivatives? || Two graphs from practice tests ||  || 12/12/12 || How do we find velocity and acceleration when given position graphs and equations? || Larson: Pg.117: #98, 99,100, 101 Pg. 129: #120 ||  || 12/13/12 || How do we define position, distance and displacement? || Finish AP 1983 2 Finish Assignment from Wed ||  || 12/14/12 || How do we solve particle motion problems? || Particle Motion WS || ||
 * Week of 12/10/12**
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12/3/12 || How do we use the first derivative test? How do we relate graphs of functions and their derivatives? || Larson Pg. 186-187 #6, 12, 15, 36, 42, 66, 70, 71-73, 78 || || 12/4/12 || How do we we relate graphs of functions and their derivatives? || NO HOMEWORK ||  || 12/5/12 || How do we determine the concavity of a graph? || Larson Pg. 195-196: #2, 3, 5, 6, 11, 13, 16, 17, 19-21 ||  || 12/6/12 || How do we use the second derivative test? || Larson Pg. 195-196: #29, 31, 38, 39, 47, 48, 57, 58 ||  || 12/7/12 || How do we identify important features of graphs? || Pg. 195-196: #39, 41, 43 Use these special instructions: 1) Identify relative max/min 2) Identify intervals where the graph is increasing/ decreasing. 3) Identify points of inflection 4) Identify intervals where the graph is concave up/down. ||  ||
 * Week of 12/3/12**
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11/26/12 || How do we find absolute and relative extrema? || Larson: Pg. 169 #2, 6, 11, 12, 14, 17, 19, 20, 22, 24 Free Response Packet 6 Due Monday || || 11/27/12 || How do we find absolute and relative extrema? || Larson: Pg. 169-170: 11/28/12 || How do we use the Mean Value Theorem? || Larson Pg. 176-177 #5, 6, 11, 12, 14, 16-20 Free ResponsePacket 6 - Due Monday ||  || 11/29/12 || How do we use the Mean Value Theorem? || Larson Pg. 176-177: #31-36, 39, 40, 44, 45, 47, 48 ||  || 11/30/12 || How do we use the first derivative test? || Larson Pg. 186-187: #3, 5, 7, 9, 11, 17, 18, 24, 28, 35 ||  ||
 * Week of 11/26/12**
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 * 13, 15, 21, 35, 40, 42, 54 ||  ||
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11/19/12 || How do we solve related rates problems? || Larson Pg. 154-155: #3, 10, 13, 16 17, 20, 25 Finish Test Corrections- Due Monday Free Response Packet Due Monday || || 11/20/12 || How do we solve related rates problems? || Larson: Pg. 154-155: #3, 10, 13, 16, 17, 20, 25 Finish Test Corrections - Due Monday Free Response Packet Due Monday ||  || 11/21/12 || How do we solve related rates problems? || Finish Test Corrections - Due Monday Free Response Packet 5 - Due Monday ||  ||
 * Week of 11/19/12**
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11/12/12 || NO SCHOOL - VETERAN'S DAY || NONE ||  || 11/13/12 || How do we review differentiation? || Finish Classwork || || 11/14/12 || How do we review differentiation? || Finish Classwork and Study ||  || 11/15/12 || Test-Derivatives || NONE ||  || 11/16/12 || How do we use implicit differentiation to solve related rates problems || Finish WS - Related Rates Day 1 || ||
 * Week of 11/12/12**
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11/5/12 || How do we perform differentiation on trig functions? || Larson Pg. 126-127: #43, 44, 46, 48-51, 60 || Dropbox || 11/6/12 || NO SCHOOL - ELECTION DAY ||  ||   || 11/7/12 || How do we practice differentiation || Finish Classwork || || 11/8/12 || How do we differentiate implicitly? || Larson: Pg. 146 #1, 2, 4, 10, 15, 21, 22, 41 || Educreations.com Code for the class! 2657C4 || 11/9/12 || How do we perform implicit differentiation? || Larson: Pg. 146-147: #11, 16, 24, 29, 30, 38, 45, 47, 53 ||  ||
 * Week of 11/5/12**
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 * Week of 10/22/12**

10/22/12 || How do we differentiate sine and cosine? || Larson: Pg 115-116: 19-24, 37, 38, 53, 63 || Dropbox || 10/23/12 || How do we determine if a function is differentiable? || Larson: Pg. 106: 75, 76, 83-85, 93, 96, 97, 98 || Dropbox || 10/24/12 || How do we differentiate products? || Larson: Pg. 126: #1-6, 13, 14, 30-32, 36 || Dropbox || 10/25/12 || How do we differentiate quotients? || Larson: Pg. 126: #7-12, 15, 16, 41, 42 || Dropbox || 10/26/12 || How do we differentiate compositions of functions? || Larson: Pg 137: #7-12, 17-20 ||  ||
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 * Week of 10/15/12**

10/15/12 || SUB WORK - REVIEW OF FUNCTIONS || NONE ||  || 10/16/12 || SUB WORK - REVIEW OF LIMITS || NONE ||  || 10/17/12 || PSAT - Review Day || Larson: Pg. 115-116: 3-17 odd, 31-36, 65-70 Free Response Packet #2 - Due Monday || || 10/18/12 || .SUB WORK - Finish HW from Wed and Free Response Packet #2 ||  ||   || 10/19/12 || SUB WORK - Finish HW from Wed and Free Response Packet #2 ||  ||   ||
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 * Week of 10/8/12**

10/8/12 || NO SCHOOL || NONE ||  || 10/9/12 || How do we write the equation of a tangent line at a specific point? || Larson: Pg. 103-104: 1, 2, 5-8, 25-27 Free Response Packet #1 Assigned || Dropbox || 10/10/12 || How do we find the derivative using limits? || Larson: Pg. 103- 104:# 11,13, 17-18, 20, 21, 33 Free Response Packet #1 - Due Monday 10/15 || Dropbox || 10/11/12 || How do we find the derivative using limits? || Larson: Pg. 103-104: #10, 14, 16, 19, 22, 23, 35 || Dropbox || 10/12/12 || What are the basic rules of differentiation? || Larson: Pg 115-116 ||
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 * 1) 2-18 even, 26, 27, 39-42, 75, 76 || dropbox




 * Week of 10/1/12**

10/1/12 || How do we evaluate limits at infinity? || Larson: Page 205: 1, 3, 4, 13, 15, 21, 24, 27, 30, 38, 61 Study for Test - Friday! || Dropbox || 10/2/12 || How do we evaluate one-sided limits? || Larson: Pg. 79: 7, 11, 18, 19 Pg. 88: #15, 16, 18, 33, 38, 40, 45 || Dropbox || 10/3/12 || How do we define continuity? || Stewart: Pg.128-129: #4,16, 17, 19, 35, 37, 38, 42, 43 || Dropbox || 10/4/12 || How do we define continuity? || Review for Test 5 Steps to a 5: Pg.52-76 (Review) Thomas Pg. 132-133: #1-10 (Suggested Review) ||  || 10/5/12 || Limits Exam || NONE ||  ||
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 * Week of 9/24/12**

9/24/12 || When do limits fail to exist? || Larson: Pg. 55-57: #22, 23, 31, 32, 61-63 || [|Dropbox] || 9/25/12 || How do we evaluate limits analytically? || Larson: Pg. 67-68: #5-8, 18-20, 23, 24, 27-29 49-52 || Dropbox || 9/26/12 || NO SCHOOL || NONE ||  || 9/27/12 || How do we evaluate limits analytically? || Larson Pg. 67-68: #43, 46, 49, 50, 56, 57, 65, 66, 69, 85 || Dropbox || 9/28/12 || How do we evaluate limits analytically? || 5 Steps to a 5 (Pg 71)
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 * 1-3, 8, 10, 13, 21, 23, 24 ||  ||

9/19/12 || Sub Work || NONE ||  || 9/20/12 || What are limits and how do we evaluate them numerically? || Larson: Pg. 54-55: #1-13 odd || Dropbox || 9/21/12 || How do we evaluate limits graphically? || Larson: Pg. 55-56: #15, 16, 18-20, 25, 26, 28, 29 || Dropbox ||
 * Week of 9/19/12**
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9/10/12 Test on Precalculus Summer Assignment || Test on Precalculus/ Summer Assignment || Get Syllabus Signed ||  || 9/11/12 What is Calculus? || || Calculus 9th Edition Larson Pg. 8-9: #1-5, 7, 8, 19, 20, 23, 24, 45, 50 Corrected Test Key with explanation of what you did wrong due Wednesday September 19th (Worth 2 HW Grades) || [|Dropbox] || 9/12/12 || || Rational Functions HW Worksheet (In Unit 1 Materials in Dropbox) Corrected Test Key with explanation of what you did wrong dueWednesday (Worth 2 HW Grades) || Dropbox || 9/13/12 || Foerster Exploration #1: What is Instantaneous Rate of Change? || Larson: Pg 40 #9, 10 Corrected Test Key with explanation of what you did wrong due Wednesday (Worth 2 HW Grades) || dropbox || 9/14/12 || What is calculus? Exploration From Page 45-46 in the Larson Textbook || Larson: Pg. 47: 3-8, 10, 11 Corrected Test Key with explanation of what you did wrong due Wednesday (Worth 2 HW Grades) || [|Dropbox] || _ Intro to Calculus ||  || Course Expectations || Study/Finish Summer Assignment Get Syllabus Signed || ||
 * Week of 9/10/12**
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 * Week of 9/6/12**
 * Week of 9/6/12 || Notes || Classwork || Homework || Resources ||
 * Thursday - 9/6/12


 * Summer Assignment Notes**


 * This is where you can download the assignment for the summer! The notes is information about the 12 topics for your review. The summer assignment is the problem set that you are required to turn in. Remember that it must be done NEATLY for credit to be received and graphs must be done on graph paper!**