Q 1
What is the product of 6.24 and 104? Express your answer in standard form.

 Answer: 

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Q 2
In 1906 an earthquake measured 8.3 on the Richter Scale. Earthquakes measuring over 8.0 on the scale are considered disasters because they leave few buildings standing. A Richter Scale reading of 8.0 has 1 × 107 more energy than a reading of 1.0.

1 × 107 can also be written in standard form as

  1. 10,000
  2. 100,000
  3. 1,000,000
  4. 10,000,000
  • Go To
Q 3
A nanogram is 1 × 10−9 of a gram. How can this be expressed in standard form?
  1. 1,000,000,000
  2. 0.001
  3. 0.000001
  4. 0.000000001
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Q 4
What would be the value of the expression 3 × 10x if x = 4?

Answer: 

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Q 5
How do you write 105 in standard form?

Answer: 

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Q 6
It is estimated that there are billions of galaxies in the universe. The closest galaxy to the Milky Way is Messier 31. It is about 2 million light years away. Another way to write 2 million is
  1. 2 × 109
  2. 2 × 108
  3. 2 × 107
  4. 2 × 106
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Q 7
Use the symbol <, =, > to make the statement true.

6.8 × 104 6.8 × 103

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Q 8
Use the symbol <, =, > to make the statement true.

106 107

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Q 9
Use the symbol <, =, > to make the statement true.

4 × 10−2 4 × 10−1

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Q 10
How would you change the number 2.97 × 105 to 2.97 × 103?
  1. Divide by 100.
  2. Multiply by 10.
  3. Divide by 10.
  4. Add 100.
  • Go To
Q 11
How would you change the number 3.2 × 10−7 to 3.2 × 10−4?
  1. Divide by 100.
  2. Multiply by 1,000.
  3. Multiply by 100.
  4. Divide by 1,000.
  • Go To
Q 12
How would you change the number 1.205 × 10−2 to 1.205 × 10−3?
  1. Multiply by 10.
  2. Divide by 100.
  3. Divide by 10.
  4. Subtract 100.
  • Go To
Q 13
How would you change 2.05 × 10−1 to 2.05 × 10?
  1. Multiply by 1,000.
  2. Divide by 1,000.
  3. Divide by 100.
  4. Multiply by 100.
  • Go To
Q 14
The distance to the Moon from Earth is 5.05 × 108 miles. The distance to the Pluto is 5.05 × 1016 miles. How many times the distance to the Moon is it to Pluto?
  1. 108
  2. 10,000,000
  3. 109
  4. 10−8
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Q 15
The number 2.12 × 1012 is multiplied by one hundred thousand, and the result is expressed as 2.12 × 10n. What is the value of the new exponent, n?

Answer:

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Q 16
1.005 × 102 divided by one thousand is equal to 1.005 × 10 raised to what power?

Answer:

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Header Options
Name:_________________________
Assignment: CC 8.EE.3
Class/Period:______________________
Teacher: Palladino
Q 1 Layout
What is the product of 6.24 and 104? Express your answer in standard form.

 Answer: 

Q 2 Layout
In 1906 an earthquake measured 8.3 on the Richter Scale. Earthquakes measuring over 8.0 on the scale are considered disasters because they leave few buildings standing. A Richter Scale reading of 8.0 has 1 × 107 more energy than a reading of 1.0.

1 × 107 can also be written in standard form as

  1. 10,000
  2. 100,000
  3. 1,000,000
  4. 10,000,000
Q 3 Layout
A nanogram is 1 × 10−9 of a gram. How can this be expressed in standard form?
  1. 1,000,000,000
  2. 0.001
  3. 0.000001
  4. 0.000000001
Q 4 Layout
What would be the value of the expression 3 × 10x if x = 4?

Answer: 

Q 5 Layout
How do you write 105 in standard form?

Answer: 

Q 6 Layout
It is estimated that there are billions of galaxies in the universe. The closest galaxy to the Milky Way is Messier 31. It is about 2 million light years away. Another way to write 2 million is
  1. 2 × 109
  2. 2 × 108
  3. 2 × 107
  4. 2 × 106
Q 7 Layout
Use the symbol <, =, > to make the statement true.

6.8 × 104 6.8 × 103

Q 8 Layout
Use the symbol <, =, > to make the statement true.

106 107

Q 9 Layout
Use the symbol <, =, > to make the statement true.

4 × 10−2 4 × 10−1

Q 10 Layout
How would you change the number 2.97 × 105 to 2.97 × 103?
  1. Divide by 100.
  2. Multiply by 10.
  3. Divide by 10.
  4. Add 100.
Q 11 Layout
How would you change the number 3.2 × 10−7 to 3.2 × 10−4?
  1. Divide by 100.
  2. Multiply by 1,000.
  3. Multiply by 100.
  4. Divide by 1,000.
Q 12 Layout
How would you change the number 1.205 × 10−2 to 1.205 × 10−3?
  1. Multiply by 10.
  2. Divide by 100.
  3. Divide by 10.
  4. Subtract 100.
Q 13 Layout
How would you change 2.05 × 10−1 to 2.05 × 10?
  1. Multiply by 1,000.
  2. Divide by 1,000.
  3. Divide by 100.
  4. Multiply by 100.
Q 14 Layout
The distance to the Moon from Earth is 5.05 × 108 miles. The distance to the Pluto is 5.05 × 1016 miles. How many times the distance to the Moon is it to Pluto?
  1. 108
  2. 10,000,000
  3. 109
  4. 10−8
Q 15 Layout
The number 2.12 × 1012 is multiplied by one hundred thousand, and the result is expressed as 2.12 × 10n. What is the value of the new exponent, n?

Answer:

Q 16 Layout
1.005 × 102 divided by one thousand is equal to 1.005 × 10 raised to what power?

Answer: