Standard Form
Negative and Zero Exponents
Scientific Notation
Evaluate the expression
Simplify the expression
100

Write 2 x 100 in standard form.

2

100

Simplify. Write your answer as a power: 5/ 57

1/53

100

1 gigawatt = 1,000,000,000 watts. What is that in scientific notation?

1 X 109

100

72

49

100

(3x)4

81x4

200

Write the standard form of 1.6 X 104

16,000

200

Simplify and evaluate: (-4.8)-9 x (-4.8)9

1

200

Write 1.21 gigawatts in watts using scientific notation. (Hint: 1 gigawatt = 1,000,000,000 watts)

1.21 X 109

200

(-3)5

-243

200

(2) / (24)

2

300

Write the standard notation of 6.3 X 10-1

0.63

300

Simplify and write the expression using positive exponents: 9c/ c-4

9c7

300

Write 10,700,000 in scientific notation.

1.07 x 107

300

1 - (1/5)3

124/125

300

(4a)3 / a5

64/a2

400

Write the standard form of 5.9 X 10-6

0.0000059

400

Simplify and write the expression using positive exponents: 3d-4 x 4d4

12

400

Write 0.000506 in scientific notation

5.06 x 10-4

400

8- 82

448

400

(4x2)(2xy)3

32x5y3

500
Write the standard notation of 1.174 X 1010

11,740,000,000

500

Simplify and write the expression using positive exponents: (3x2) / (9x5)

1/3x3

500

Write 2,800,000,000 miles in scientific notation.

2.8 x 109

500

-(1/4)3

-1/64

500

w(w2 X w5)

w10

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