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WorksheetsNegative and fractional Exponents
Total questions: 156
Worksheet time: 5hrs 46mins
g-7
1/125
8-1
3-2
4-2 = ?
2
1 / 16
16
-8
43/2 = ?
6
8
5.5
∛x⁷
x2/3
7-10
g-7
(-5)-4
1/125
1/(-5)7
w-13
Simplify x-7
-7
-7x
1/x7
x/7
Simplify the following expression:
x10 ÷ x2
x5
x12
x8
x20
How else can you write x ?
x21
x2
x−2
x41
Evaluate
3
18
9
6
How else could you write 4−2 ?
16
−16
−161
161
Which of the following is equivalent to the expression 2x71 ?
(2x)−7
21x7
21x−7
2x−7
2x3
2x−3
8x3
8x−3
Simplify fully x5×x−2=?
x3
x7
x10
x−10
s-5 ⋅ s-2
Write the product using exponents:
(-2) ⋅ (-2) ⋅ (-2) ⋅ (-2) ⋅ (-2)
-25
2-5
(-2)5
(-2)-5
(-5)-4
2xy6
8x3y5
2x3y6
8x3y6
Evaluate 3621
6
12
6
62
Evaluate
31
811
196831
3
Evaluate 6−2
621
361
36
−36
Evaluate (43)−2
Evaluate
−43
−169
43
916
Evaluate 5d0
0
5
1
5d
Simplify
4x93
3x−9
3x3
2x63
Evaluate 327a6
3a
3a2
a91
9a2
Evaluate (16w49v2)−21
4w23v
3v4w2
−4w23v
16w29v
-92
81
-81
1/81
-1/81
-18
91/2
4 1/2
3
-3
1/3
-1/3
(-9)2
81
-81
1/81
1/3
-1/81
9-2
1/3
-18
-81
1/81
-1/3
9-1/2
-3
-4.5
1/9
1/3
-1/3
(-9)1/2
3
-3
4.5
-4.5
non-real
(8)1/3
-2
4
8/3
2
1/162
256
4
-4
1/4
1/256
(161)−2
-8
-1/8
4
256
1/4
(161)21
1/4
1/8
8
4
-8
16−211
-1/8
-8
-1/4
4
-4
16−21
256
1/256
-1/256
-32
-1/32
−(161)2
1/256
-1/256
1/32
-1/32
256
(−161)−2
-256
1/256
-1/256
256
-1/32
-9-2
81
-81
1/81
-1/81
-18
−(161)−21
-1/8
-8
-1/4
4
-4
Simplify x-7
-7
-7x
1/x7
x/7
9-3
1/124
How else can you write x ?
x21
x2
x−2
x41
Choose the correct answers.
A
B
C
D
Choose the correct answer.
A
B
C
D
Choose the correct answer.
A
B
C
D
Choose the correct answer.
A
B
C
D
Simplify. Assume that the variables/denominators, if there is any, are nonzero constants.
70+80+90
3
1
0
24
Simplify. Assume that the variables/denominators, if there is any, are nonzero constants.
(53)−1
−35
−53
53
35
Simplify. Assume that the variables/denominators, if there is any, are nonzero constants.
a−4b32(a6b−6)0
a4b32
b3a4
a4b3
b32a4
Write the exponential expression as radical.
2732
Write the radical as exponential expression.
a45
a54
a−54
a−45
Write the given as a radical expression and simplify.
6431
4
2
16
64
Evaluate the expression:
1643
8
16
4
32
Evaluate the expression:
36−21
−6
6
−61
61
Evaluate the expression:
81−43
−27
271
−91
18
Simplify the expression
w−8w−5w−3
w2
w3
w−13
Simplify the expression
x−6y−4x2y8x4y4
x−4y12
x8y4
x8y12
Write as a radical:
n31
n3
Simplify the expression
5
10, 15
12.5
-5
Anything to the zero power is....
0
x
1
Not possible
Simplify the expression
41.7
11.2
5
62.5
Simplify the expression
16414
2
8
16
Simplify the expression
−21
-2
2
21
23
6
5
8
-1
72
9
14
49
5
2−1
-2
21
D.N.E.
0.2
3−2
-6
-9
9
91
731
37
7.3
Not possible
1000
0
1
10
100
5−1
-5
51
4
0
231
2/3
8
2.3
25
3
10
32
16
4−2
-2
1
161
-8
5−4
−20
625
6251
201
3−16
13
3161
−48
−13
650
0
64
651
1
1/16-2
-8
-1/8
4
256
1/4
x2/3
x3/2
x3
x2.3
5x1/3
3x-2y
1/3x2y
3/x2y
3y/x2
y/3x2
xy-7
∛x⁷
√x⁵
What was your answer for #2? Use the ^ button for exponents. Do not type spaces.
(a)
What was your answer for #4. Use the ^ button for exponents. Do not type spaces.
(a)
What was your answer for #6? Use the ^ button for exponents. Do not type spaces.
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
3x5⋅x7
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
3x2⋅4x5
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
x7⋅5x4
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
w53w7
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
4w3w9
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
7w93w5
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
(3y8)4
(a)
Simplify. No negative exponents. No decimals. Use the ^ button for exponents. Do not type spaces.
(y7)5
(a)
What does the 'y' in this expression represent?
y32
radical
fractional exponent
base
How many 2's come out of 48 ?
2 (2*2)
3 (2*2*2)
4 (2*2*2*2)
Change this expression to a Radical
y31
∛y
y³
√y
1∕ 3y
If you rewrite this expression to a radical, where would the 5 go?
3253
inside the
outside the
it disappears
What is a radical?
xnm
an expression that uses a root, such as square root, cube root
A has an imaginary exponent of ___.
1
0
2
Write in exponential form
∛x⁷
x⁷∕ ³
x3⁄7
3x⁷
7x³
Write in exponential form
√x⁵
X¹∕ ⁵
X ²⁄⁵
X⁵⁄ ²
X⁵
Rewrite x3/4 in radical form
3√(x)4
4√(x)3
x√(3)4
1/(3√(x)4)
What is the prime factorization of 8?
4*2
2*2*2
2+2+2
