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Lines. Day 2 (8/21/2012). Assignment. Class Work Go over the LCD Power Point presentation. Start working on the homework Homework Page 7 # 1-37 odd. Objectives: Write the equation and sketch the graph of the a line given specific information.

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lines
Lines

Day 2 (8/21/2012)

Assignment

Class Work

Go over the LCD Power Point presentation.

Start working on the homework

Homework

Page 7 # 1-37 odd.

  • Objectives:
  • Write the equation and sketch the graph of the a line given specific information.
  • Identify the relationship between parallel lines, perpendicular lines and the slope.
section 1 2 functions and graphs
Section 1.2 Functions and Graphs

Day 3 (8/22/2012)

Objectives:

  • Identify the domain and the range of a function using its graph or equation.
  • Recognize even and odd functions using equations and graphs.
  • Find the formula of a piecewise function.
  • Write and evaluate compositions of functions
  • Assignment

Class work

  • Go over the LCD Power Point presentation.
  • Go over problems page 17-18 # 2, 6,8,12,14, 20, 28, 32.

Homework

Page 17 # 1- 31 odd.

section 1 2 functions and graphs1
Section 1.2 Functions and Graphs

Day 4 (8/23/2012)

Assignment

Assignment

Class work

Go over the LCD Power Point presentation.

Go over problems page 18 #

38, 40, 42, 44, 50, 52, 60.

Homework

Page 18-19 # 37-47 odd 49, 51, 59, .

Objectives:

  • Identify the domain and the range of a function using its graph or equation.
  • Recognize even and odd functions using equations and graphs.
  • Find the formula of a piecewise function.
  • Write and evaluate compositions of functions
section 1 3 exponential functions
Section 1.3 Exponential Functions

Day 5 (8/24/2012)

Assignments

Go over Exploration 1 and Example 2.

Class Work

Page 24 # 2-14 even, 28.

Homework

Page 24-25 # 1-13 odd, 23-33 odd.

Objectives:

  • Determine the domain the range and the graph of exponential function.
  • Solve problems using exponential function.
section 1 4 logarithmic function
Section 1.4 Logarithmic Function

Day 6 (8/28/2012)

Assignment

Class Work

LCD Power Point Presentation.

Go over page 39 # 4, 6,14, 18, 34, 40*.

Homework:

Page 39 # 1-43 odd and 47.

  • Objectives:
  • Definition of one to one functions.
  • Inverses functions .
  • Logarithmic Function. Properties of logarithms. Application.
review sections 1 1 1 5
Review sections 1.1-1.5

Day 7 (8/29/2012)

Assignment

Class work

Hand-out

  • Objectives:

Review sections 1.1-1.5

slide7
Quiz

Day 8 (8/30/2012)

Assignment

Homework

Read section 1.6

  • Objectives:
  • Quiz on section 1.1-1.5
section 1 6
Section 1.6

Day 9 (8/31/2012)

Assignment

Class Work

Go over the quiz

Review basic trigonometric concept. Go over examples.

Homework

Hand-out

  • Objectives:
  • Review definition of sin(x), cos(x), tan(x), cot(x),sec(x), csc(x).
  • Review the graph of Trig functions.
section 1 6 trigonometric functions
Section 1.6 Trigonometric functions

Day 10 (9/4/2012)

Assignment

Class Work

Go over examples

Finish the hand out

Homework

Page 49 # 11-19 odd. 25- 29 odd.

  • Objectives:
  • Review definition of sin(x), cos(x), tan(x), cot(x),sec(x), csc(x).
  • Review the graph of Trig functions.
section 1 6 trigonometric functions1
Section 1.6 Trigonometric Functions

Day 11 (9/5/2012)

Assignment

Class work

Go over the warm up and homework questions.

Quiz.

Homework

Hand- out

  • Objectives:
  • Evaluate and graph trigonometric functions.
section 1 6 inverse trigonometric functions
Section 1.6 Inverse Trigonometric functions

Day 12 (9/6/2012)

Assignment

Class Work

Extra time for the quiz.(10 min).

Go over examples.

Homework

Hand out.

Objectives:

  • Find, Range , Domain, and graph of inverse trigonometric functions.
  • Evaluate Inverse trigonometric functions.
chapter 1 review
Chapter 1 Review

Day 13 (9/7/2012)

Assignment

Class Work:

Hand- out due in the end of the class.

Homework :

Read section 2.1

  • Objectives:
  • Summarize the graphs of basic functions.
  • Range, Domain, symmetry, zeros of basic functions.
section 2 1 rates of change and limits
Section 2.1 Rates of Change and Limits

Day 14 (9/10/2012)

Assignment

Class Work

Go over the Quiz

Go over examples 1-5 page 62 # 4, 6,.

Homework

Page 62 # 1-15 odd.

Objectives:

  • Average and instantaneous rate of change.
  • Definition of limit.
  • Properties of limit.
  • One-sided and two-sided limit.
section 2 1 rates of change and limits1
Section 2.1 Rates of Change and Limits

Day 15 9/11/12

Assignment

Class Work

Go over homework questions.

Go over Theorems 1-4 examples.

Homework

Page 63-64 # 17-31 odd, 43, 45, 49, 53, 57.

Objectives:

  • Average and instantaneous rate of change.
  • Definition of limit.
  • Properties of limit.
  • One-sided and two-sided limit.
section 2 1 rates of change and limits2
Section 2.1 Rates of Change and Limits

Day 16 (9/12/2012)

Assignment

Class Work

Go over Homework questions.

Hand-out.

Homework

Review homework problems and examples of section 2.1.

Objectives:

  • Review:
  • Definition of limit.
  • Properties of limit.
  • One-sided and two-sided limit.
chapter 2 test
Chapter 2 Test

Day 17 (9/13/2012)

Assignment

section 2 2 limits involving infinity
Section 2.2 Limits Involving Infinity

Day 18 (9/14/2012)

Assignment

Class Work

Go over the quiz

Go over examples of infinite limit.

Go over investigation 1 on page 68.

Homework

Page 70 # 1-11 odd, 17-27 odd.

Objectives:

  • Find limits as x→∞ .
  • Use the Sandwich Theorem .
  • Find infinite limits as x→a .
  • Find an End Behavior model for a function.
section 2 2 limits
Section 2.2 Limits

Day 19 (9/18/2012)

Assignment

Class Work

Go over the quiz

Go over the warm up.

Go over examples of vertical asymptotes and end behavior models.

Homework

Page 72-73 # `18-22 even, 29-37 odd, 47, 48, 49, 50*.

Objectives:

  • Find limits as x→∞ .
  • Use the Sandwich Theorem .
  • Find infinite limits as x→a .
  • Find an End Behavior model for a function.
section 2 2 limits1
Section 2.2 Limits

Day 20 9/19/2012

Assignment

Class Work

Go over the warm up.

Go over # 50 page 72.

Go over examples from the hand out.

Homework

Finish the hand-out.

Hand out due on 9/20/2012

Objectives:

  • Find limits as x→∞ .
  • Use the Sandwich Theorem .
  • Find infinite limits as x→a .
  • Find an End Behavior model for a function.
section 2 3 continuity
Section 2.3 Continuity

Day 21 (9/20/2012)

Assignment

Class Work

Go over hand out questions.

Go over definition of continuous function at a point, open interval, and closed interval.

Homework

Page 80 # 1-9 odd, 10, # 11-16 all.

Objectives:

  • Understand continuity at a point, open interval, and closed interval.
  • Understand types of discontinuity.
section 2 3 continuity1
Section 2.3 Continuity

Day 22 (9/21/ 2012)

Assignment

Class work

Go over the homework

Go over theorem 6 page 78

Quiz.

Homework

Page 81 # 17 -29 all.

Objectives:

  • Understand continuity at a point, open interval, and closed interval.
  • Understand types of discontinuity.
section 2 3 intermediate value theorem ivt
Section 2.3Intermediate Value Theorem (IVT)

Day 23 (9/24/2012)

Assignment

Class Work

Go over the warm up.

Go over IVT theorem and examples.

Hand out.

Homework

Finish the hand out.

Objectives:

  • Understand continuity at a point, open interval, and closed interval.
  • Understand types of discontinuity.
day 24 9 25 2012
Day 24 (9/25/2012)
  • Finish the hand out of Emergency Lesson Plan.
section 2 4 rates of change and tangent lines
Section 2.4 Rates of Change and Tangent Lines.

Day 25 (9/26/2012)

Assignment

Class Work

Go over hand out questions.

Go over definition of the slope of the curve. Example 1 on page 82.

Go over examples 4 and 5 on page 85.

Homework

Page 87 # 1-5 odd, 9, 11, 13, 15.

Objectives:

  • Find the average rate of change.
  • Find the equation of the tangent and equation of a normal to a curve.
chapter 2 review
Chapter 2 Review

Day 26 (9/28/ 2012)

Assignment

Class Work

Go over the warm up

Go over the Quiz

Go over homework questions.

Homework

Page 91 # 1-7 odd, 15-25 all. 27, 29, 33, 39, 41, 45.

Objectives:

  • Review:
  • definition of Limit. properties of limits.
  • infinite limit
  • horizontal and vertical asymptotes.
day 27 10 1 2012
Day 27 (10/1/2012)
  • Chapter 2 Test
section 3 1 derivative of a function
Section 3.1 Derivative of a Function.

Day 28 (10/2/1012)

Assignment

Class Work

Go over the definition of the Derivative.

Homework

Page 101 # 1-10 all on Quick review, and 1-6 all on section 3.1 exercises.

Objectives:

  • Understand and use the definitions of derivative.
  • Use proper notation.
section 3 1 derivative of a function1
Section 3.1 Derivative of a Function.

Day 29 (10/3/2012)

Assignment

Class Work .

Go over the warm up.

Go over Example 3 and Exploration 1 Page 98.

Work on problems page 101 # 7-10 all,17, and 18.

Homework

Hand out.

Objectives:

  • Understand the relationships between the graphs of f and f’.
  • Graph the derivative from DATA.
  • Find one-sided Derivatives.
section 3 1 derivative of a function2
Section 3.1 Derivative of a Function.

Day 30 (10/4/ 2012)

Assignment

Class Work

Go over the hand out questions.

Homework

Page 104 # 26.

Objectives:

  • Review the definition on the derivative and relationship between the graph of f and f’.
section 3 2 differentiability
Section 3.2Differentiability

Day 31 (10/5/2012)

Assignment

Class Work

Go over the hand out.

Go over examples 1-4 points at which f’ fail to exits.

Homework

Page 111 # 1-10 all, 11, 13 21 and 29 .

Objectives:

Understand how f’(a) might fail to exist.

See how differentiability implies local linearity.

section 3 2 differentiability1
Section 3.2 Differentiability

Day 32 10/8/2012

Assignment

Class Work

Go over the warm up

Go over the chapter 2 Test

Homework

Hand out # 9 b-d all and 10 c and d.

Objectives:

Understand how f’(a) might fail to exist.

See how differentiability implies local linearity.

section 3 1 3 2 differentiation
Section 3.1-3.2 Differentiation

Day 33 10/9/2012

Assignment

Class work

Go over the Warm up

Go over the hand out and homework questions.

Homework

Read Examples of section 3.3

Objectives:

  • Find derivatives of positive integer powers, multiples,, sums and differences.
  • Use product rule and quotient rule.
  • Find derivatives of negative integer powers. Find higher order derivatives.
section 3 3 differentiation rules
Section 3.3 Differentiation Rules

Day 33 10/10/ 2012

Assignment

Class work

Go over the warm up

Go over differentiation Rules.

Homework

Page 120 # 1-13 odd, 17, 21

Objectives:

  • Find derivatives of positive integer powers, multiples,, sums and differences.
  • Use product rule and quotient rule.
  • Find derivatives of negative integer powers. Find higher order derivatives.
section 3 3 differentiation rules1
Section 3.3 Differentiation Rules

Day 35 10/11/2012

Assignment

Class work

Go over the warm up

Go over 23 page 120.

Due in the end of the class page 120 # 2-18 even, 24, and 26.

Homework

Page 120 # 25, 27, 33, 35.

Objectives:

  • Find derivatives of positive integer powers, multiples,, sums and differences.
  • Use product rule and quotient rule.
  • Find derivatives of negative integer powers. Find higher order derivatives.
section 3 5 derivatives of trigonometric functions
Section 3.5 Derivatives of Trigonometric Functions

Day 36 10/12/2012

Assignment

Class work

Go over the warm up

Go over homework questions.

Go over derivatives of trig functions examples.

Homework

Page 140 1-9 all. 11, 13, 19.

Objectives:

  • Find the derivatives of trigonometric functions.
section 3 6 chain rule
Section 3.6 Chain Rule

Day 37 10/15/2012

Assignment

Class Work

Go over the warm up.

Go over chain rule examples.

Homework

Page 146 # 1-23 odd.

Objectives:

Use the chain rule to find the derivatives of composite functions.

section 3 6 chain rule1
Section 3.6 Chain Rule

Day 38 10/16/2012

Assignment

Class Work

Go over the warm up. Go over page 147 # 26, 34, 36, 56.

Homework

Page 146-147 # 25-37 odd, and 57.

Objectives:

Use the chain rule to find the derivatives of composite functions.

section 3 1 3 6 review
Section 3.1-3.6 Review

Day 39 10/17/ 2012

Assignment

Class Work

Hand out

Homework

Go over the homework sections 3.1-3.6 and today's hand out in order to prepare for the quiz.

Objectives:

  • Use definition of the derivative to find the derivative.
  • Use differentiation rules of sections 3.2-3.6
section 3 1 3 6 review1
Section 3.1-3.6 Review

Day 4o 10/18/ 2012

Assignment

Class Work

Hand out

Homework

Go over the homework sections 3.1-3.6 and today's hand out in order to prepare for the quiz.

Objectives:

  • Use definition of the derivative to find the derivative.
  • Use differentiation rules of sections 3.2-3.6
day 41 10 19 2012
Day 41 10/19/ 2012

Sections 3.1- 3.6 Quiz

section 3 7 implicit differentiation
Section 3.7 Implicit Differentiation

Day 42 10/ 19/ 2012

Assignment

Class Work

Go over the Quiz

Go over examples of implicit differentiation.

Homework

Page 155 # 1-19 odd.

Objectives:

  • Work with implicitly defined functions.
  • Use implicit differentiation to find dy/dx.
  • “This lesson is post pointed for 10/23/2012 Due to PSAT testing”
review sections 3 1 3 6
Review Sections 3.1-3.6

DAY 42 10/22/ 2012

Assignment

Class Work

Hand out

Objectives:

  • Review sections 3.1-3.6
  • Practice differentiation rules and Chain Rule.
section 3 7 implicit differentiation1
Section 3.7 Implicit Differentiation

Day 42 10/23/2012

Assignment

Class Work

Go over the Warm up

Go over examples of implicit differentiation.

Homework

Page 155 # 1-19 odd.

Objectives:

  • Work with implicitly defined functions.
  • Use implicit differentiation to find dy/dx.
section 3 7 implicit differentiation2
Section 3.7 Implicit Differentiation

Day 43 10/24/2012

Assignment

Class Work

Go over the Quiz

Go over Example 4 pg 152 and # 28, 34, 41, 46 on page 155-156.

Homework

Page 155-156 # 23, 25, 27, 33, 39.

Objectives:

  • Work with implicitly defined functions.
  • Use implicit differentiation to find dy/dx.
section 3 8 derivatives of inverse trig functions
Section 3.8 Derivatives of Inverse Trig Functions.

Day 44 10/25/2012

Assignment

Class Work

Go over the warm up

Go over differentiation Rules of Inverse Trig Functions.

Homework

Page 162 # 1-15 odd.

Objectives:

  • Find derivatives of inverse trigonometric functions.
  • (Early Realise we could not start this section)
day 45 10 26 2012
Day 45 10/26/2012
  • No school Teacher’s Planning Day
section 3 8 derivatives of inverse trig functions1
Section 3.8 Derivatives of Inverse Trig functions.

Day 46 10/29/2012

Assignment

Class Work

Go over the warm up.

Go over examples of derivatives of trigonometric functions. Go over 20 page 162.

Page 162 # 1-11 odd, 15, 19, 21, 22.

Objectives:

  • Evaluate derivatives of all inverse trigonometric functions.
section 3 9 derivatives of exponential and logarithmic functions
Section 3.9 Derivatives of Exponential and Logarithmic Functions.

Day 48 10/31/2012

Assignment

Class Work

Go over the warm up

Go over Examples of derivatives of exponential and logarithmic functions.

Work on problems

Page 170 # 1-39 odd.

Objectives:

  • Evaluate derivatives of exponential and logarithmic functions.
  • Use chain rule for log and exponential functions.
  • (Blok schedule day 49 11/1/2012 )
section 3 8 3 9 review quiz
Section 3.8-3.9 Review/ Quiz

Day 50 11/2/2012

Assignment

Class Work

Go over the warm up

Review . Go over questions. Hand out.

Page 162 # 2-12 even Page 170 2-22 even , 32, 38.

Objectives:

  • Review and test derivatives of inverse trigonometric functions, logarithmic, and exponential functions.
  • (Block Schedule Day 51 11/5/2012)
day 52 11 7 2012
Day 52 11/7/2012

Quiz Derivatives

go over the quiz
Go over the Quiz

Day 53 11/8/2012

Assignment

Class Work

Go over the quiz

Go over example 1 page 122.

Homework

Page 130 # 8 and 9

Objectives:

  • Go over differentiation Rules.
  • Find the instantaneous rate of change.
section 3 4 velocity and other rates of change
Section 3.4 Velocity and Other Rates of Change

Day 54 11/9/2012

Assignment

Class Work

Go over the warm up.

Go over example 1 and exploration 1 page 123.

Position, velocity, acceleration, and their relationship.

Go over # 2 on page 129.

Homework

Page 129 # 1,3, 5,9,11 .

Objectives:

  • Find the instantaneous rate of change.
  • Find motion along a line. Find the sensitivity to change.
  • Use derivatives in economics.
section 3 4 velocity and other rates of change1
Section 3.4 Velocity and Other Rates of Change

Day 55 11/13/2012

Assignment

Class Work

Free Response make up.

Go over the homework questions.

Homework

Page 130 # 12, 13, 15.

Objectives:

  • Find the instantaneous rate of change.
  • Find motion along a line. Find the sensitivity to change.
  • Use derivatives in economics.
section 3 4 velocity and other rates of change2
Section 3.4 Velocity and Other Rates of Change

Day 55 11/14/2012

Assignment

Class Work

Go over the warm up.

Position, velocity, acceleration, and their relationship.

Go over page 130 # 10, 16*.

Homework

Page 130-132 # 21,23, 25, 27, 31,28.

Objectives:

  • Find the instantaneous rate of change.
  • Find motion along a line. Find the sensitivity to change.
  • Use derivatives in economics.
chapter 3 review
Chapter 3 Review

Day 56 11/15/2012

Assignment

Class Work /Homework

Page 172 # 3, 5, 9, 11-23 odd, 31, 35, 39, 45,47, 57 , 58*, 59, 61*.

Objectives:

  • Review all differentiation rules.
  • Review applications of derivatives in Economy and physics.
chapter 3 review1
Chapter 3 Review

Day 57 11/16/2012

Assignment

Class Work

Page 172 # 2-20 even, 38, 46, 67.

Due in the end of the class

Objectives:

  • Review all differentiation rules.
  • Review applications of derivatives in economy and physics.
chapter 3 review2
Chapter 3 Review

Day 58 11/19/2012

Assignment

Class Work

Go over the warm up

Go over homework questions.

Homework

Review all differentiation rules.

Objectives:

  • Review all differentiation rules.
  • Review applications of derivatives in economy and physics.
day 59 11 20 2012
Day 59 11/20/2012

Chapter 4 Test

section 4 1 extreme value theorem
Section 4.1 Extreme Value theorem

Day 60 11/21/2012

Assignment

Class Work

Go over the test

Go over power point presentation .

Homework

Page 184 # 1-13.

Objectives:

  • Definition of absolute and local minimum and maximum values.
  • Extreme values and the first derivative.
section 4 1 extreme value theorem1
Section 4.1 Extreme Value theorem

Day 61 11/26/2012

Assignment

Class Work

Go over the warm up

Go over homework questions.

Go over # 37,42, 46

Homework

Page 184 # 15, 17, 41, 45-48.

Objectives:

  • Definition of absolute and local minimum and maximum values.
  • Extreme values and the first derivative.
section 4 1 extreme value theorem2
Section 4.1 Extreme Value theorem

Day 62 11/27/2012

Assignment

Class Work

Go over the warm up

Go over homework questions.

Hand-out

Homework

Finish the hand out.

Objectives:

  • Definition of absolute and local minimum and maximum values.
  • Extreme values and the first derivative.
section 4 2 mean value theorem
Section 4.2 Mean Value Theorem

Day 63 11/28/2012

Assignment

Class Work

Go over the warm up.

Go over examples.

Homework:

Page 192 # 1-17 odd.

Objectives:

  • Apply the Mean Value Theorem.
  • Apply derivatives to increasing and decreasing functions.
section 4 2 mean value theorem1
Section 4.2 Mean Value Theorem

Day 64 11/29/2012

Assignment

Class Work

Go over the Warm up

Page 192 # 21,22,23, 24, 35 a, 36 , 37, 39,40, 41,42.

Objectives:

  • Apply the Mean Value Theorem.
  • Apply derivatives to increasing and decreasing functions.
section 4 2 mean value theorem2
Section 4.2 Mean Value Theorem

Day 65 11/30/2012

Assignment

Class Work

Go over homework questions.

Hand out

Objectives:

  • Apply the Mean Value Theorem.
  • Apply derivatives to increasing and decreasing functions.
section 4 3 connecting f and f with the graph of f
Section 4.3 Connecting f’ and f’’ with the graph of f.

Day 66 12/3/2012

Assignment

Class Work:

Go over the warm up.

Go over the Theorems and examples on section 4.3.

Homework:

Page 203-204, 1-6 all, 7,9,11.

Objectives:

  • Find extreme point of functions.
  • Understand the relationship between the concavity of f and the sign of f’’.
  • Understand points of inflection as places where the concavity changes.
section 4 3 connecting f and f with the graph of f1
Section 4.3 Connecting f’ and f’’ with the graph of f.

Day 67 11/4/2012

Assignment

Class Work

Go over the warm up.

Go over homework questions.

Go over examples # 5, 8, page 204 # 10.

Homework

Page 204 # 13, 15, 19, 29, 31.

Objectives:

  • Find points of inflection of functions.
  • Understand the relationship between the concavity of f and the sign of f’’.
  • Understand points of inflection as places where the concavity changes.
section 4 3 connecting f and f with the graph of f2
Section 4.3 Connecting f’ and f’’ with the graph of f.

Day 68 12/5/2012

Assignment

Class Work

Go over the warm up.

Go over pg 205 # 34.

Homework

Page 204 # 33, 35, 37, 41, 47.

Objectives:

  • Find points of inflection of functions.
  • Understand the relationship between the concavity of f and the sign of f’’.
  • Understand points of inflection as places where the concavity changes.
day 69 12 5 2012
Day 69 12/5/2012

Quiz Sections 4.1-4.3

section 4 1 4 3 connecting f and f with the graph of f
Section 4.1-4.3 Connecting f’ and f’’ with the graph of f.

Day 70 12/7/2012

Assignment

Class Work

Go over the quiz

Homework

Read Examples 1-4 page 206-207.

Objectives:

  • Review
  • Local and absolute extreme.
  • Find points of inflections.
  • Relationship between the graph of f, f’ and f”.
section 4 4 modeling and optimization
Section 4.4 Modeling and Optimization

Day 71 12/10/2012

Assignment

Class Work

Go over the warm up

Go over examples page 206-207 # 1and 2.

Homework

Page 214 # 1, 3, 7, 9,

Objectives:

Use derivatives to solve problems from Business, industry, and differential mathematics.

section 4 4 modeling and optimization1
Section 4.4 Modeling and Optimization

Day 72 12/11/2012

Assignment

Class Work

Go over the warm up.

Go over examples # 4, 5.

Homework

Page 214-215 # 11,15,17, 19.

Objectives:

Use derivatives to solve problems from Business, industry, and differential mathematics.

section 4 4 modeling and optimization2
Section 4.4 Modeling and Optimization

Day 73 12/12/2012

Assignment

Class Work

Page 214-215.

2, 4, 6, 10, 16.

Objectives:

Use derivatives to solve problems from Business, industry, and differential mathematics.

day 73 answers
Day 73 Answers

2) The largest area is 25/4

4) Maximum at x= 2. The rectangle with the larges area is square.

6) Largest are = 32; dimensions 4 and 8.

10) Dimensions 12 m by 18 m.

16) Radius = Height = 6.83 cm.

day 74 12 13 2012
Day 74 12/13/2012

Section 4.4 Quiz

section 4 5 linearization and newton s method
Section 4.5 Linearization and Newton’s Method

Day 75 12/14/2012

Assignment

Class Work

Go over the warm up.

Go over examples.

Homework:

Page 229 # 3, 5, 7, 11, 13, 19, 21.

Objectives:

  • Use the tangent line to approximate the function.
  • Use differentials to estimate the change.
  • Find the absolute, the relative, and the percent change.
section 4 5 linearization and newton s method1
Section 4.5 Linearization and Newton’s Method

Day 76 12/17/2012

Assignment

Class Work

Go over the warm up

Go over examples page 226 # 8,9,11,12.

Homework

Page 230 # 27, 31, 39, 41, 43.

Objectives:

  • Use the tangent line to approximate the function.
  • Use differentials to estimate the change.
  • Find the absolute, the relative, and the percent change.
section 4 6 related rates
Section 4.6 Related Rates

Day 77 12/18/2012

Assignment

Class Work

Go over the warm up.

Go over example # 2 page 237 # 8, 10.

Homework

Page 238 # 11 and 13.

Objectives:

  • Learn solution strategies for related rate problems.
  • Simulate related motions.
section 4 6 related rates1
Section 4.6 Related Rates

Day 78 12/19/2012

Assignment

Class Work

Go over the warm up.

Go over the example # 4.

Homework

Page 238 # 17, 22, 33,35.

Objectives:

  • Learn solution strategies for related rate problems.
  • Simulate related motions.
day 79 12 20 2012
Day 79 12/20/2012

Quiz sections 4.5-4.6

section 4 5 4 6 review
Section 4.5-4.6 Review

Day 80 12/21/2012

Assignment

Class Work

Go over the quiz.

Start working on winter package.

Objectives:

Review chapters 1-4

Start working on winter package.

review chapters 1 4
Review Chapters 1-4

Day 81 1/7/2013

Assignment

Class Work

Go over questions of the winter package.

Finish the winter package.

Objectives:

  • Review chapters 1-4
review chapter 4
Review Chapter 4

Day 82 1/8/2013

Assignment

Class Work

Page 242 # 3, 5, 13, 17, 27, 29, 31, 33, 39, 47, 53.

Objectives:

  • Use the tangent line to approximate the function.
  • Learn solution strategies for related rate problems.
  • Simulate related motions.
review chapter 41
Review Chapter 4

Day 83 1/9/2013

Assignment

Class Work

Go over free response examples

Go over the Section 4.4-4.5 Quiz.

Objectives:

  • Use the tangent line to approximate the function.
  • Learn solution strategies for related rate problems.
  • Simulate related motions.
day 84 1 10 2013
Day 84 1/10/2013

Chapter 4 Test

section 5 1 estimating with sums
Section 5.1 Estimating With Sums

Day 86 1/14/2013

Assignments

Class Work

Go over the chapter 4 Test.

Go over Examples of LRAM, MRAM, and RRAM.

Class work

Page 254 # 3 only for n=10. and 11.

Objectives:

  • Use the total distance traveled to introduce rectangular approximation method.
  • Use LRAM, MRAM, and RRAM method to approximate the area under the curve.
section 5 2 antiderivatives
Section 5.2 Antiderivatives

Day 88 1/16/2013

Assignment

Class Work

Go over the warm up.

Go over examples.

Class Work

Hand out Page 255 # 1-39 ODD.

Objectives:

Write the general solution of e differential equation.

Use the indefinite integral notation for Antiderivatives.

Find the particular solution of a differential equation.

section 5 2 antiderivatives1
Section 5.2 Antiderivatives

Day 89 1/17/2013

Assignment

Class Work

Finish the hand out.

Objectives:

Write the general solution of e differential equation.

Use the indefinite integral notation for untiderivatives.

Find the particular solution of a differential equation.

section 5 2 antiderivatives2
Section 5.2 Antiderivatives

Day 90 1/22/2013

Assignment

Class Work

Go over examples of Antiderivatives.

Hand- out # 1-39 odd.

Objectives:

Write the general solution of e differential equation.

Use the indefinite integral notation for Antiderivatives.

Find the particular solution of a differential equation.

Block schedules.

untiderivatives ap practice
Untiderivatives AP-Practice

Day 91 1/23/2013

Assignment

Class Work

Go over the warm up

Go over hand out questions

Finish the hand-out.

Objectives:

  • Practice AP-questions using the untiderivatives.

Block schedules.

untiderivatives ap practice1
Untiderivatives AP-Practice

Day 92 1/24/2013

Assignment

Class Work

Go over the warm up

Go over hand out questions

Finish the hand-out.

Objectives:

  • Practice AP-questions using the untiderivatives.

Block schedules

untiderivatives ap practice2
Untiderivatives AP-Practice

Day 93 1/25/2013

Assignment

Class Work

Go over the warm up

Go over hand out questions

Finish the hand-out.

Objectives:

  • Practice AP-questions using the untiderivatives free response.
section 5 2 definite integrals
Section 5.2 Definite Integrals

Day 94 1/28/2013

Assignment

Class Work

Go over the warm up

Go over the concept of Riemann Sum and the definite integral.

Homework

Page 267 # 1-21 odd, 23.

Objectives:

Definition of Riemann Sums.

Use the technology to evaluate the definite integral.

Use the definite integral to find the area under the curve.

section 5 3 integrantsand antiderivatives
Section 5.3 Integrantsand Antiderivatives.

Day 95 1/29/2013

Assignment

Class Work

Go over properties of definite integral.

Go over Average Value Theorem and Mean Value Theorem for Integrals.

Homework

Page 274 #1, 3, 5, use the graphing calculator for 17*, and 19. 25.

Objectives:

Learn properties of definite integrals.

Go over the Average Value Theorem and Mean Value Theorem for Integrals.

Use the properties and above theorems to solve problems.

review sections 5 1 5 3
Review Sections 5.1-5.3

Day 100 1/30/2013

Assignment

Class Work

Hand out

Objectives:

  • Review RAM.
  • Antiderivatives.
  • Riemann Sum
  • Properties of definite integral.
  • Area under the curve.
  • Average Value Theorem and Mean Value Theorem for Integrals.
sections 5 1 5 3 quiz
Sections 5.1-5.3 Quiz

Day 101 1/31/2013

Assignment

Class Work

Quiz

Objectives:

  • Test the following concepts
  • Review RAM.
  • Antiderivatives.
  • Riemann Sum
  • Properties of definite integral.
  • Area under the curve.
  • Average Value Theorem and Mean Value Theorem for Integrals.