Use the link below to access great Calculus instructional videos:
http://www.brightstorm.com/d/math
Wednesday, January 20, 2010
Monday, January 18, 2010
Agenda January 19 - 22
Section 2.4—The Chain Rule
EQ: How do you differentiate composite functions?
Objectives:
· Find the derivative of a composite function using the Chain Rule
· Find the derivative of a trigonometric function using the Chain Rule.
· Simplify the derivative of a function using algebra.
Tuesday, January 19th:
Submit assignment for position, velocity, and acceleration (January 15th) from page 128 #115, 116, 117
Section 2.4—part 1 (Chain, chain, chain!)
Homework: page 137 #7-21 odd (due Jan 21)
Make sure you complete the Section 2.3 CW Differentiation wksh for January 20th
Wednesday, January 20th:
Section 2.4—part 2 (Simplifying Derivatives)
Read and review examples 7 – 9 on page 134
Assignment: page 137 #23-31 odd
Thursday, January 21st:
Section 2.4—part 3 (Trigonometric Functions and the Chain Rule)
Homework: page 137#41 – 59 odd, 67, 83, 85
Friday, January 22nd:
Section 2.4 Classwork—worksheet 2.4
Review for section 2.4 quiz
Upcoming Dates:
Section 2.4 Quiz—Monday, January 25th
Mid-Chapter Test (2.1, 2.2, 2.3, 2.4)—Wednesday, January 27th
EQ: How do you differentiate composite functions?
Objectives:
· Find the derivative of a composite function using the Chain Rule
· Find the derivative of a trigonometric function using the Chain Rule.
· Simplify the derivative of a function using algebra.
Tuesday, January 19th:
Submit assignment for position, velocity, and acceleration (January 15th) from page 128 #115, 116, 117
Section 2.4—part 1 (Chain, chain, chain!)
Homework: page 137 #7-21 odd (due Jan 21)
Make sure you complete the Section 2.3 CW Differentiation wksh for January 20th
Wednesday, January 20th:
Section 2.4—part 2 (Simplifying Derivatives)
Read and review examples 7 – 9 on page 134
Assignment: page 137 #23-31 odd
Thursday, January 21st:
Section 2.4—part 3 (Trigonometric Functions and the Chain Rule)
Homework: page 137#41 – 59 odd, 67, 83, 85
Friday, January 22nd:
Section 2.4 Classwork—worksheet 2.4
Review for section 2.4 quiz
Upcoming Dates:
Section 2.4 Quiz—Monday, January 25th
Mid-Chapter Test (2.1, 2.2, 2.3, 2.4)—Wednesday, January 27th
Sec 2.3 Classwork Worksheet (from Finney)
Please remember to submit the section 2.3 worksheet on differentiation on Wednesday, January 20th. This worksheet was given out on January 14 and 15.
Wednesday, January 13, 2010
Rules for Differentiation Resource
Need help finding the derivative of an expression? Check out the link below!
http://www.curriki.org/xwiki/bin/view/Coll_NROCMath/APCalculusBCILesson20DifferentiationRules_0
http://www.curriki.org/xwiki/bin/view/Coll_NROCMath/APCalculusBCILesson20DifferentiationRules_0
Sunday, January 10, 2010
Agenda for January 11-15, 2010
Monday, Jan 11:
Section 2.3, part 2: The Quotient Rule
EQ: How do you find the derivative when functions are multiplied or divided?
Homework: page 126# 7-11 odd, 19-35 odd
Tuesday, Jan 12:
Section 2.3, part 3: Higher-order Derivatives
EQ: How can we find higher order derivatives?
Homework: pages 126-128 #47, 93-101 odd, 105-108 all
Wednesday, Jan 13:
Sec 2.3 Worksheet
Thursday, Jan 14:
Sec 2.3 Quiz
Be able to:
1. Find derivatives of products and quotients
2. Find derivatives of the 6 trigonometric functions
3. Find higher-order derivatives
Friday, Jan 15:
Applications of higher order derivatives & graphs of successive derivatives
EQ: How can we apply successive derivatives to position, velocity, and acceleration?
Assignment: page 128 #110, 111, 113, 115, 116, 117, 118
Section 2.3, part 2: The Quotient Rule
EQ: How do you find the derivative when functions are multiplied or divided?
Homework: page 126# 7-11 odd, 19-35 odd
Tuesday, Jan 12:
Section 2.3, part 3: Higher-order Derivatives
EQ: How can we find higher order derivatives?
Homework: pages 126-128 #47, 93-101 odd, 105-108 all
Wednesday, Jan 13:
Sec 2.3 Worksheet
Thursday, Jan 14:
Sec 2.3 Quiz
Be able to:
1. Find derivatives of products and quotients
2. Find derivatives of the 6 trigonometric functions
3. Find higher-order derivatives
Friday, Jan 15:
Applications of higher order derivatives & graphs of successive derivatives
EQ: How can we apply successive derivatives to position, velocity, and acceleration?
Assignment: page 128 #110, 111, 113, 115, 116, 117, 118
Subscribe to:
Posts (Atom)