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Scientific Notation - Dividing Normalized Numbers (0 Decimal Place) (Level 1)

This math topic focuses on practicing division using numbers in or close to scientific notation, specifically without decimal places. It's designed to strengthen skills in simplifying calculations by recognizing patterns in exponentiation and numeration. Each problem presents a division equation where large numbers are divided, and participants must find the most simplified scientific notation form of the result. The overall objective is to build proficiency in handling scientific notation in division contexts, which is part of a broader introduction to scientific notation multiplication and division skills.

Work on practice problems directly here, or download the printable pdf worksheet to practice offline.

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Dividing Normalized Numbers (0 Decimal Place)

Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.

Solve the equation by dividing numbers that are almost in scientific notation

(8×10,000)(1×10)\frac{(8\times {10,000}) }{ (1\times {10})}

Scientific Notation - Dividing Normalized Numbers (0 Decimal Place) Worksheet

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Math worksheet on 'Scientific Notation - Dividing Normalized Numbers (0 Decimal Place) (Level 1)'. Part of a broader unit on 'Scientific Notation - Multiplication and Division - Intro' Learn online: app.mobius.academy/math/units/scientific_notation_multiplication_and_division/
1
Solve the equation by dividing numbers that are almost in scientific notation
A LaTex expression showing \frac{(9 multiplied by {1,000}) }{ (3 multiplied by {10})}
a
3 x 1,000
b
3 x 10
c
3 x 1
d
3 x 10,000
e
3 x 100
f
3 x 0.1
2
Solve the equation by dividing numbers that are almost in scientific notation
A LaTex expression showing \frac{(6 multiplied by {100,000}) }{ (1 multiplied by {1,000})}
a
6 x 0.1
b
6 x 10,000
c
6 x 1
d
6 x 10
e
6 x 100
f
6 x 1,000
3
Solve the equation by dividing numbers that are almost in scientific notation
A LaTex expression showing \frac{(2 multiplied by {1,000}) }{ (1 multiplied by {100})}
a
2 x 10
b
2 x 0.01
c
2 x 1,000
d
2 x 100
e
2 x 0.1
4
Solve the equation by dividing numbers that are almost in scientific notation
A LaTex expression showing \frac{(4 multiplied by {10,000}) }{ (1 multiplied by {100})}
a
4 x 10
b
4 x 10,000
c
4 x 1,000
d
4 x 1
e
4 x 0.1
f
4 x 100
5
Solve the equation by dividing numbers that are almost in scientific notation
A LaTex expression showing \frac{(8 multiplied by {10,000}) }{ (1 multiplied by {10})}
a
8 x 100,000
b
8 x 10,000
c
8 x 100
d
8 x 10
e
8 x 1
f
8 x 1,000
6
Solve the equation by dividing numbers that are almost in scientific notation
A LaTex expression showing \frac{(4 multiplied by {1,000,000}) }{ (2 multiplied by {1,000})}
a
2 x 10
b
2 x 1
c
2 x 10,000
d
2 x 100
e
2 x 1,000
f
2 x 100,000
7
Solve the equation by dividing numbers that are almost in scientific notation
A LaTex expression showing \frac{(6 multiplied by {10,000}) }{ (1 multiplied by {10})}
a
6 x 1
b
6 x 10,000
c
6 x 100
d
6 x 10
e
6 x 1,000
f
6 x 100,000