1. Eleanor M. Savko Game One
2/24/2019
Mathematics
Game One

2. Polynomials Skills Rational Trigonometry Even or Odd
Eleanor M. Savko
2/24/2019

3. Eleanor M. Savko
2/24/2019
The Jeopardy Round
Polynomials
Skills
Rational
Trigonometry
Even or Odd
$100
$100
$100
$100
$100
$200
$200
$200
$200
$200
$300
$300
$300
$300
$300
$400
$400
$400
$400
$400
$500
$500
$500
$500
$500
Double Jeopardy

4. Eleanor M. Savko
2/24/2019
The degree of
f(x) = –4x6 + 5x4 – 3x2 + 2x

5. Eleanor M. Savko
2/24/2019
What is 6?

6. The left end behaviour of
Eleanor M. Savko
2/24/2019
The left end behaviour of
f(x) = -4x23 + 5x3 – 4x + 2

7. Eleanor M. Savko
2/24/2019
What is
As x-∞, f(x) ∞?

8. The remainder when f(x) = –4x16 + 5x4 – 3x2 + 7x is divided by (x – 1)
Eleanor M. Savko
2/24/2019
The remainder when
f(x) = –4x16 + 5x4 – 3x2 + 7x
is divided by (x – 1)

9. Eleanor M. Savko
2/24/2019
What is 5?

10. The equation of the polynomial graphed below.
Eleanor M. Savko
2/24/2019
The equation of the polynomial graphed below.

11. Eleanor M. Savko
2/24/2019
What is
F(x) = 0.25(x-2)2(x+1)?

12. Eleanor M. Savko
2/24/2019
The roots of
f(x) = 2x3 – x2 – 2x + 1

13. Eleanor M. Savko
2/24/2019
What are ±1, 0.5?

14. Eleanor M. Savko
2/24/2019
The domain of

15. Eleanor M. Savko
2/24/2019
What is
{x|-1 ≤ x ≤ 1, x }?

16. Eleanor M. Savko
2/24/2019
The value of
| 6 – 8 | – 5

17. Eleanor M. Savko
2/24/2019
What is -3?

18. Eleanor M. Savko
2/24/2019
DAILY
DOUBLE

19. The only case below that represents a function
Eleanor M. Savko
2/24/2019
The only case below that represents a function B) A)
C) f(x) = {(1, 2), (2, 3), (3,2), (2, 1)}
D) f(x) = {(1, 2), (3, 4), (5, 6), (7, 8)}

20. Eleanor M. Savko
2/24/2019
What is D?

21. Eleanor M. Savko
2/24/2019
This is the graph of

22. Eleanor M. Savko
2/24/2019
What is ?

23. The equation of this graph
Eleanor M. Savko
2/24/2019
The equation of this graph

24. Eleanor M. Savko
2/24/2019
What is y = |x2 – 4|?

25. Eleanor M. Savko
2/24/2019
The domain of

26. Eleanor M. Savko
2/24/2019
What is
{x|x-2, x}?

27. The horizontal asymptote of
Eleanor M. Savko
2/24/2019
The horizontal asymptote of

28. Eleanor M. Savko
2/24/2019
What is y = 3/5?

29. The oblique asymptote of
Eleanor M. Savko
2/24/2019
The oblique asymptote of

30. Eleanor M. Savko
2/24/2019
What is y = 5x – 7?

31. Eleanor M. Savko
2/24/2019
The location of the
hole in the graph of

32. Eleanor M. Savko
2/24/2019
What is (4, -1/5)?

33. The equation of this graph
Eleanor M. Savko
2/24/2019
The equation of this graph

34. Eleanor M. Savko
2/24/2019
What is ?

35. Eleanor M. Savko
2/24/2019
The angle 60o in radians.

36. Eleanor M. Savko
2/24/2019
What is /3?

37. The exact value of sec(2/3).
Eleanor M. Savko
2/24/2019
The exact value of sec(2/3).

38. Eleanor M. Savko
2/24/2019
What is -2?

39. A simplified trigonometric expression for
Eleanor M. Savko
2/24/2019
A simplified trigonometric expression for

40. Eleanor M. Savko
2/24/2019
What is -sec()?

41. Eleanor M. Savko
2/24/2019
The period of
y = 6cos((x – 8))

42. Eleanor M. Savko
2/24/2019
What is 2?

43. The phase shift of the sine curve below.
Eleanor M. Savko
2/24/2019
The phase shift of the sine curve below.

44. Eleanor M. Savko
2/24/2019
What is 0.5 right?
(or 1.5 units left)

45. Eleanor M. Savko
2/24/2019
The symmetry of
y = 3x4 – 2x2 + 4

46. Eleanor M. Savko
2/24/2019
What is Even?

47. This point is common to all odd polynomials.
Eleanor M. Savko
2/24/2019
This point is common to all odd polynomials.

48. Eleanor M. Savko
2/24/2019
What is (0, 0)?

49. When (3, -4) lies on an odd function, this point must as well.
Eleanor M. Savko
2/24/2019
When (3, -4) lies on an odd function, this point must as well.

50. Eleanor M. Savko
2/24/2019
What is (-3, 4)?

51. Eleanor M. Savko
2/24/2019
The symmetry of

52. Eleanor M. Savko
2/24/2019
What is Odd?

53. The symmetry of the quotient of two odd functions.
Eleanor M. Savko
2/24/2019
The symmetry of the quotient of two odd functions.

54. Eleanor M. Savko
2/24/2019
What is Even?