Sunday, October 30, 2011

Week 11 of BC Calculus

Monday Oct 31st:
Notes: 4.5 Integration by Substitution
Assignment: WS 2 on Def. Int. & Area
Link to WS:Definite Integrals and Area WS 2

Tuesday Nov 1st:
Notes:  4.5 Integration by Substitution
Assignment: Worksheet on 4.5
Link to Warmup: Warmup Problem
Link to WS:WS Definite Integrals and Area

Wednesday Nov 2nd:
Notes: 1st Fundamental Thm of Calculus
Link to Notes:Notes over FTC
Assignment:  WS on FTC
Link to WS:1st WS on FTC

Thursday Nov 3rd:
Notes:  Continue work on FTC
Link to Notes:Notes over FTC
Assignment:  WS of FTC 2
Link to WS:WS 2 on FTC

Friday Nov 4th:
Notes: Introduce Average value of a function
Link to Notes:Notes over Average Value of a function
Assignment: Average Value WS
Link to WS: Average Value of a Function WS

Saturday, October 22, 2011

Week 10 of BC Calculus

Monday Oct 25:
Notes: 4.2 Introduce estimating Area under a curve
Link to Notes:Area under a curve
Assignment: P.269:27, 29, 63,64
P.255:22, 30 , 40, 64, 94, 95
P.304:12, 16, 38, 46,56

Tuesday Oct 26:
Notes: 4.3 Introduce Reimann Sums
Link to Notes:Reimann Sums Notes
Link to Notes pt. 2: Reimann Sums 2
P. 277:13-43 odd, 30,32,46,47,49

Wednesday Oct 27:
TEST  Particle Motion, Linear Approx, Differentials, Optimization, Antidifferentiation

Thursday Oct 28:
Notes:  4.4 Introduce Fundamental Theorem of Calculus
Link to Notes:1st Fundamental Thm of Calculus
P. 291: 1 – 41 odd

Friday Oct 29:
Notes:  4.5 Integration by Substitution
Lnk to Notes:  Another look at Integration
Assignment: Worksheet on Def. Integrals & Area
Link to WS: U-subst WS

Sunday, October 16, 2011

Week 9 of BC Calculus

Monday Oct. 17th:
Link to 2nd Nine Weeks Calendar: 2nd Nine Weeks BC Calculus Calendar
Notes: Introduce Concept of Differential
Link to Notes:Differential Notes
Assignment: P. 240: 7-19 odd, 27-33 odd, 43,45

Tuesday Oct. 18th:
Notes: Introduction to Newtons Method
Using tangent lines as approximations
Link to Notes:Newtons Method Notes
Assignment: WS on Newtons Method
Link to WS:Newtons Method and Tangent WS

Wednesday Oct. 19th:
Notes: Finish off 3.7-3.9
Assignment: WS on Particle Motion, Differentials and Newton's Method
Link to Assignment:Differentials / Newtons method WS
Assessment:  Quiz over Differentials, Newtons Method and Motion.

Thursday Oct. 20th:
Notes: Introduce Antiderivatives.
Link to Notes:Antiderivative Notes
Assignment: P.255:15 – 41odd,47, 57, 62, 63, 79, 80

Friday Oct. 21st:
Notes: Introduce Antidifferentiation with u-substitution
Link to Notes:U-Substitution Notes
Assignment: P. 304: 11 – 37 odd, 43 – 61 odd

Sunday, October 9, 2011

Week 8 of BC Calculus

Monday Oct. 10:
Notes: Continue Particle Motion
Link to Notes: Particle Motion Notes pt. 2
Assignment:  Particle Motion WS 2
Link: Particle Motion WS 2

Tuesday Oct. 11:
AssessmentExtrema and Particle Motion Test

Wednesday Oct 12:
ASVAB(I won't see 2nd - 4th)
Notes: Finish off Particle Motion
Link to Notes:Particle Motion Notes pt 3
Assignment:  Particle Motion WS 3
Link: WS 3 on Particle Motion

Thursday Oct 13:
Notes: Introduce Optimization
Link to Notes:Optimization Notes
Assignment: P. 223:13,19,27,33,41,49

Friday Oct 14:
Notes: Continue Optimization
Link to Notes:Optimization Notes Pt. 2
Assigment: Optimization WS
Link to WS:WS over Optimization

Sunday, October 2, 2011

Week 7 of BC Calculus

Monday Oct. 3rd:
Notes: Second Derivative Test
Link to Notes:2nd Derivative Test Notes
Assignment: Second Der. Test WS
Link to WS: 2nd Derivative Test WS

Tuesday Oct. 4th:
Notes: Symmetry, Asymptotes & Curve Sketching
Link to Notes:Sketching Curves Notes
Assignment: P. 206: 60, 66, 72

Wednesday Oct. 5th:
Notes: Sketching and Analysing f, f ',f ''
Link to Notes: Notes on f , f ' , f ''
Extra Link to Notes: Evaluating 1st and 2nd Derivative notes
Assignment: WS on f, f ', f ''
Link to WS:WS on f, f ',f ''

Thursday Oct. 6th:
Notes: Sketching and Analysing f, f ',f ''
Assignment: WS 2 on f, f ', f ''
Link to WS:WS 2 on f,f ',f ''
QUIZ

Friday Oct. 7th:
Notes: Particle motion Notes
Link to Notes:Particle motion Notes
Assignment: Particle motion WS
Link to WS: Particle Motion WS