the great calculus journey by jesse governale, tom sawtelle, and jacob donald

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The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

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Sketch the graph given the criteria: Limits- $100 Question Click to see answer

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Page 1: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

The Great Calculus Journey

by Jesse Governale, Tom Sawtelle, and Jacob Donald

Page 2: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

JEOPARDY BOARDLimits Graphing Limits

(algebraic) Derivatives Chapter 1 Calc Potpourri

$100 $100 $100 $100 $100 $100

$200 $200 $200 $200 $200 $200

$300 $300 $300 $300 $300 $300

$400 $400 $400 $400 $400 $400

$500 $500 $500 $500 $500 $500

FINAL JEOPARDY

Page 3: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Sketch the graph given the criteria:

Limits- $100 Question

Click to see answer

Page 4: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Note: Your answer is correct based on the placement of the given criteria, not the shape. You could use straight lines instead of the

parabolic curves shown in the example solution above.

Limits - $100 Answer

Click to return to Jeopardy Board

Page 5: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Show there is a zero of the function y=3x^2+2x-1 using the Intermediate

Value Theorem

Limits - $200 Question

Click to see answer

Page 6: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

1. Function is a Polynomial , therefore it is continuous everywhere

2. F(0)= -1 F(1)=4

3. Therefore, by IVT there exists a value C such that F(C)=0

Limits - $200 Answer

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Page 7: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Using the precise Definition of a limit, prove=3

Limits- $300 Question

Click to see answer

Page 8: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Restriction: 3<x<50<d<3(Ɛ-3)

Limits - $300 Answer

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Page 9: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

On what interval is the given equation

continuous?

Limits - $400 Question

Click to see answer

Page 10: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Polynomial, therefore it is continuous from (-∞,∞)

Limits - $400 Answer

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Page 11: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Find the slope of the tangent line to the curve

described below.

Hint: use

Limits - $500 Question

Click to see answer

Page 12: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

= 6

Limits - $500 Answer

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Page 13: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

The table shows (lifetime) peptic ulcer rates (per 100 population) for various family incomes as

reported by the National Health Interview Survey. Make a scatter plot of these data and decide

whether a linear model is appropriate.

Graphing - $100 Question

Click to see answer

Page 14: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

A linear model is appropriate.Graphing - $100 Answer

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Page 15: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Determine lim 1 / (x^3 - 1) x-->1 from the left

and lim 1 / (x^3 - 1) x-->1 from the right

from a graph of f

Graphing - $200 Question

Click to see answer

Page 16: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

lim 1 / (x^3 - 1) = - infinity

x-->1 from the left

lim 1 / (x^3 - 1) = infinity

x-->1 from the left

Graphing - $200 Answer

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Page 17: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Explain why the function is discontinuous at the given number

a. Sketch the graph of the function.

f(x) = ln I x - 2 Ia = 2

Graphing - $300 Question

Click to see answer

Page 18: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

The function is discontinuous at a because ln(0) is undefined.

Graphing - $300 Answer

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Page 19: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Use a graph of f(x)= (1 - 2/x)^x to estimate the value of limx→ infinity f(x)

to two decimal places

Graphing - $400 Question

Click to see answer

Page 20: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

y = .10Graphing - $400 Answer

Click to return to Jeopardy Board

Page 21: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Find an equation of the tangent line to the curve at the given point. Illustrate by graphing the curve and

the tangent lines on the same screen.

y = 3x^2 - x^3 (1,2)

Graphing - $500 Question

Click to see answer

Page 22: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

(y - 2) = 3(x - 1)

Graphing - $500 Answer

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Page 23: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Solve the limit using Algebra

Hint: Common Denominator

Limits (alg) - $100 Question

Click to see answer

Page 24: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Limits (alg) - $100 Answer

Click to return to Jeopardy Board

Page 25: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Solve the Limit using Algebra

Limits (alg) - $200 Question

Click to see answer

Page 26: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Limits (alg) - $200 Answer

Click to return to Jeopardy Board

Page 27: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Solve the Limit using Algebra

Hint: Conjugate

Limits (alg) - $300 Question

Click to see answer

Page 28: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Limits (alg) - $300 Answer

Click to return to Jeopardy Board

Page 29: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Solve the Limit using Algebra

Limits (alg) - $400 Question

Click to see answer

Page 30: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Limits (alg) - $400 Answer

Click to return to Jeopardy Board

Page 31: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Solve the Limit using Algebra

Limits (alg) - $500 Question

Click to see answer

Page 32: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Limits (alg)- $500 Answer

Click to return to Jeopardy Board

Page 33: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

What is the derivative ofx2+7x-18

Derivatives - $100 Question

Click to see answer

Page 34: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

2x+7

Derivatives- $100 Answer

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Page 35: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

What is the derivative of4x2+17x+45

Derivatives - $200 Question

Click to see answer

Page 36: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

8x+17

Derivatives - $200 Answer

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Page 37: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

solve for f(x)’’5x3+8x2-12x+42

Derivatives- $300 Question

Click to see answer

Page 38: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

30x+16

Derivatives- $300 Answer

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Page 39: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Solve for f(x)’’f(x)=4x4-14x3-12x2+13x+19

Derivatives- $400 Question

Click to see answer

Page 40: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

48x2-84x-24

Derivatives- $400 Answer

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Page 41: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Solve for f(x)’’’f(x)=4x5-6x4-3x3+4x2-7x+34

Derivatives- $500 Question

Click to see answer

Page 42: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

240x2-144x-18

Derivatives- $500 Answer

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Page 43: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Where does does the graph move when y=f(x-

6)?

Chapter 1 - $100 Question

Click to see answer

Page 44: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

6 units to the right

Chapter 1 - $100 Answer

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Page 45: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Find sec(tan-112/5)

Chapter 1 - $200 Question

Click to see answer

Page 46: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

13/5

Topic 5 - $200 Answer

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Page 47: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

What is log .0001Chapter 1- $300 Question

Click to see answer

Page 48: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

-4

Chapter 1- $300 Answer

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Page 49: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Find the line segment that connect points (-3,4) with (1,-2).

Chapter 1- $400 Question

Click to see answer

Page 50: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

y=-3/2x+.5

Chapter 1- $400 Answer

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Page 51: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

What is f(g(h(4)))?Chapter 1- $500 Question

Click to see answer

1 2 3 4 5 6 7

f(x) 2 3 1 5 2 6 4

g(x) 6 1 3 6 4 5 4

h(x) 3 5 4 3 7 7 8

Page 52: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

f(g(h(4))) = 1

Chapter 1- $500 Answer

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Page 53: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Find the derivative of (e)^(e^x)

Calc Potpourri - $100 Question

Click to see answer

Page 54: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

f’ = (e)^(e^x) * e^x

Calc Potpourri - $100 Answer

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Page 55: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Name the four ways that you can represent a

function.

Calc Potpourri - $200 Question

Click to see answer

Page 56: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Verbally, numerically, visually, and algebraicly

Calc Potpourri - $200 Answer

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Page 57: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Which one is f(x) and f’(x)?

Calc Potpourri - $300 Question

Click to see answer

Page 58: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Red = f’(x)Green = f(x)

Calc Potpourri - $300 Answer

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Page 59: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Use a table of values to estimate the value of the

limit. lim [sqrt(x+4) - 2] / x x-->0

Calc Potpourri - $400 Question

Click to see answer

Page 60: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

lim = 0.250 x-->0

Calc Potpourri - $400 Answer

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Page 61: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Find the derivative of y = cos(sqrt(sin(tan(pi*x)))

Calc Potpourri - $500 Question

Click to see answer

Page 62: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

f’ = -sin(sqrt(sin(tan(pi*x))) * (½)(sin(tan(pi*x)))^(-½) * cos(tan(pi*x)) * sec^2(x) * pi

Calc Potpourri - $500 Answer

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Page 63: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Topic: Type topic here

FINAL

Click to see question

Page 64: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Final Jeopardy Question

Click to see answer

Solve for y’

Page 65: The Great Calculus Journey by Jesse Governale, Tom Sawtelle, and Jacob Donald

Click to return to Jeopardy Board

Final Jeopardy Answer

See yellow sticky inside envelope for alternate answer.