JEOPARDY! - PowerPoint PPT Presentation

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JEOPARDY!

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Title: Slide 1 Author: Sophia Tan Last modified by: CCU User Created Date: 9/11/2003 1:53:07 PM Document presentation format: On-screen Show Company – PowerPoint PPT presentation

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Title: JEOPARDY!


1
JEOPARDY!
JEOPARDY!
2
JEOPARDY!
Calc I
Calc II
Calc III
Diff. Eq.
Linear Alg.
200
200
200
200
200
400
400
400
400
400
600
600
600
600
600
800
800
800
800
800
1000
1000
1000
1000
1000
3
Calc I 200
JEOPARDY!
  • The slope of the curve
  • y x3 at x 2.

4
Calc I 400
JEOPARDY!
  • The value of the limit

5
Calc I 600
JEOPARDY!
  • The area under

over -1, 1 .
6
Calc I 800
JEOPARDY!
  • The derivative of

f(x) tan3(ln x)
7
Calc I 1000
JEOPARDY!

The radius of a sphere is increasing at a rate
of 3 ft/min. The volume is increasing at this
rate.
8
Calc II 200
JEOPARDY!
  • The volume of the solid obtained by revolving y
    x2 about the x-axis from
  • x 0 to x 1.

9
Calc II 400
JEOPARDY!
  • The value of

10
Calc II 600
JEOPARDY!
The sum of the series

11
Calc II 800
JEOPARDY!
  • The slope of the polar curve

at
12
Calc II 1000
JEOPARDY!
  • The radius of convergence of

13
Calc III 200
JEOPARDY!
  • To maximize f(x,y) subject to g(x,y)0 a rabbit
    might use this method.

14
Calc III 400
JEOPARDY!

This theorem is used to convert between surface
integrals and volume integrals.
15
Calc III 600
JEOPARDY!
  • if

16
Calc III 800
JEOPARDY!
  • The speed of the curve
  • r(t) t2i cos(t)j e-tk
  • at t 0.

17
Calc III 1000
JEOPARDY!
  • A polar bear could find this value

18
Diff. Eq. 200
JEOPARDY!
The solution to the initial value problem

19
Diff. Eq. 400
JEOPARDY!
The solution to the initial value problem

20
Diff. Eq. 600
JEOPARDY!
  • The integrating factor of

21
Diff. Eq. 800
JEOPARDY!
The general solution of

22
Diff. Eq. 1000
JEOPARDY!
  • The Laplace Transform of 1.

23
Linear Alg. 200
JEOPARDY!
  • The reduced row echelon form of

24
Linear Alg. 400
JEOPARDY!
  • The inverse of the matrix

25
Linear Alg. 600
JEOPARDY!
  • The projection of the vector 4i 2j onto the
    vector i j.

26
Linear Alg. 800
JEOPARDY!
  • The eigenvalues of the matrix

27
Linear Alg. 1000
JEOPARDY!
  • The value of det(3A) if A is 4x4 and det(A)
    1/9.
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