Exponential Form
Standard Form
Scientific notation
Solve the Equation: Multiply
Real life examples of scientific notation
100

What is 100 in exponential form?

10^2

100

What is 103 in standard form?

1,000

100

The number, 50000 in scientific notation.

5 x 104

100

2 x 103 = ?

2,000

100

In this area of science, scientific notation helps us measure large distances in space.

Astronomy or astrophysics

200
What is 1,000 in exponential form?

10^3

200

What is 104 in standard form?

10,000

200

The number, 56000 in scientific notation.

5.6 x 104

200

4.7 x 102 = ?

470

200

In this area of science, scientific notation helps us measure large the amounts of tiny cells in a living being.

biology

300

What is 10,000 in exponential form?

10^4

300

What is 105 in standard form?

100,000

300

The number, 567000 in scientific notation.

5.67 x 105

300

.043 x 101 = ?

.43

300

In this area of science, scientific notation helps us measure fast speeds as well as the mass of an electron.

physics

400

What is 100,000 in exponential form?

10^5

400

What is 108 in standard form?

100,000,000

400

The number, 23460000 in scientific notation.

2.346 x 107

400

.89 x 104 = ?

8,900

400

In this area of study (a school subject), scientific notation helps us measure large populations.

geography

500

What is 10 in exponential form?

10^1

500

What is 1010 in standard form?

10,000,000,000

500

The number, 56.9 billion in scientific notation.

5.69 x 1010

500

1.325 x 105 = ?

132,500

500

In this area of science, scientific notation helps us measure large data storage capability.

computer science