Exponent Rules
Powers of 10
Scientific Notation Conversions
Scientific Notation Operations
Comparing Numbers
100

Simplify: 34 x 32

36

100

Evaluate in standard form: 103

1,000

100

Write in scientific notation: 45,000

4.5 x 104

100

Multiply: (2 x 103)(3 x 102)

6 x 105

100

Which is larger? 4.5 x 106 or 0.32 x 107

4.5 x 106

200

127/47

37

200

Evaluate in standard form: 10-2

0.01

200

Write in standard form: 6.1 x 103

6,100

200

Divide: 8 x 109 by 2 x 103

4 x 106

200

Which is larger? 2.1 x 106 or 27.1 x 104

2.1 x 106

300

(23)4

212

300

Which statement is true? A power of 10 with a negative exponent is: A)greater than 10; B)between 0 and 1; C)negative; D)equal to 10

B)between 0 and 1

300

Write in scientific notation: 0.00082

8.2 x 10-4

300

Multiply: (5 x 10-2)(4 x 106) and write in scientific notation.

2 x 105

300

How many times larger is 6 x 107 than 3.2 x 104?

1.875 x 103

400

Simplify: 7-12 x 72 x 76

1/74

400

Write 10-4 in standard form

0.001

400

Write in standard form: 3.5 x 105

350,000

400

A distance is 3.8 x 107 km. Another distance is 6 times larger. What is the new distance?

2.28 x 108

400

Compare: How many times larger is 3 x 107 than 5 x 106 ?

6 times

500

Simplify: (47)3 / 49

412

500

How does 10-4 compare to 10-3?

It is one-tenth as large

500

The distance to a satellite is 21,500 km. Write this in scientific notation.

2.15 x 104

500

The speed of light is 3 x 108 m/s. If a wave has a wavelength 6 x 10-2 m, estimate the frequency.

5x109 Hz (approx.)

500

Put the following in order from smallest to greatest: 5 x 10-2; 3.2 x 10-3; 0.7 x 102; and 0.006 x 104

3.2 x 10-3; 5 x 10-2; 0.006 x 104; 0.7 x 102

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