7. quotient

16. ()

17. ()

18. ()

19. ()

28. Divide using synthetic division. Express each polynomial in the form above.

29. Divide using synthetic division. Express each polynomial in the form above.

30. Divide using synthetic division. Express each polynomial in the form above.

31. Divide using synthetic division. Express each polynomial in the form above.

42. When a polynomial P(x) is divided by (x-c), The remainder is P(c)

44. When a polynomial P(x) is divided by (x-c), The remainder is P(c)

45. When a polynomial P(x) is divided by (x-c), The remainder is P(c)

46. When a polynomial P(x) is divided by (x-c), The remainder is P(c) = Remainder when the polynomial P(x) is divided by (x-5),

47. REMAINDER

52. to find P(c) for the given polynomial P(x) and the given number c.

53. to find P(c) for the given polynomial P(x) and the given number c.

54. to find P(c) for the given ploynomial P(x) and the given number c.

62. If the REMAINDER IS ZERO

65. 1. Yes

66. If the REMAINDER IS ZERO 1. Yes 2. NO

67. If the REMAINDER IS ZERO 1. Yes 2. NO 3. Yes

68. Help With #3

69. -3-2 1 10-10 1

70. -3-2 1 10-10 1

71. -3-2 1 10-10 1

72. 0 -3-2 1 10 -10 1

84. If x-c is a factor of the polynomial function P(x) Then c is a solution of the equation P(x) = 0 If c is a solution of the equation P(x) = 0 Then x-c is a factor of the polynomial function P(x) If the REMAINDER IS ZERO

86. Then c is a solution of P(x) = 0 If the REMAINDER IS ZERO

87. Then c is a solution of P(x) = 0 If the REMAINDER IS ZERO

88. Then c is a solution of P(x) = 0 If the REMAINDER IS ZERO

90. To determine if c is a solution of the equation Remember If the REMAINDER IS ZERO

91. To determine if c is a solution of the equation 1. NO

92. To determine if c is a solution of the equation 1. NO 2. Yes

93. To determine if c is a solution of the equation 1. NO 2. Yes 3. Yes

94. Help With #3

95. 30 1 0-4 1

96. 30 1 0 1

97. 0 30 1 0 4 1

99. If in polynomial P(x), P(c) = 0