Rules/ Laws
Exponents
Scientific Notation
Scientific Notation
100

What do we do to the exponents when we have the same bases being multiplied?

Add them

100

Write each expression using a positive exponent.

9-4

1/9^4

100

Express each number in standard form.

9 x 10-2

0.09

100

Convert to standard notation: 3.0 X 10^-3

0.003

200

The coefficient of a number in scientific notation has to be equal to or greater than __ and less than __.

1, 10

200

Write each expression using a positive exponent.

(10)-2

1/10^2

200

Express each number in standard form.

2.52 x 105

252,000

200

Convert to standard notation: 4.38 X 10^-5

0.0000438

300

What do we do to the exponents when we have the same bases being divided?

Subtract Them

300

Find each product or quotient. Express using positive exponents.

3^5 * 3^-2

33

300

Express in scientific notation.

47,000

4.7 x 104

300

Convert to scientific notation: 0.03452

3.452 X 10^-2

400

Going from scientific to standard notation, if the exponent is NEGATIVE move the decimal ___ and ____ if the exponent is POSITIVE.

Left, Right 
400

Find each product or quotient. Express using positive exponents.

k^10 / k^4

k6

400

Express each number in scientific notation.

0.000561

5.61 x 10-4

400

Convert to scientific notation: 734,239

7.34239 X 10^5

500

What is the name of this exponent property: 

(xm)n = xmn

Power of a Power Property

500

Simplify using Laws of Exponents: (68)4

632

500

The mass of the Sun is 1.98892 x 1015. Express in standard form. 


1,988,920,000,000,000

500

Convert to scientific notation: 8,000,000

8 X 10^6