All Common Core: 8th Grade Math Resources
Example Questions
Example Question #1 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to four times ten to the fifth power.
Four times ten to the fifth power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the four, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #2 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to three times ten to the seventh power.
Three times ten to the seventh power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the three, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #3 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to two times ten to the eighth power.
Two times ten to the eighth power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the two, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #4 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to two times ten to the third power.
Two times ten to the third power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the two, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #5 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to two times ten to the fourth power.
Two times ten to the fourth power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the two, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #6 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to four times ten to the sixth power.
Four times ten to the fifth power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the four, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #7 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to six times ten to the sixth power.
Six times ten to the sixth power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the six, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #1 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to five times ten to the seventh power.
Five times ten to the seventh power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the five, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #9 : Use Powers Of 10 To Estimate Quantities: Ccss.Math.Content.8.Ee.A.3
Select the number that is equal to nine times ten to the third power.
Nine times ten to the third power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the nine, or , over spaces to the right using zeros as place holders.
Add commas and simplify.
Example Question #31 : Expressions & Equations
Select the number that is equal to nine times ten to the second power.
Nine times ten to the second power can be written numerically as the following:
When a number between one and ten is multiplied by a power of ten it is said to be written in scientific notation. This number is currently written in scientific notation.
Even though this appears to be a challenging math problem (i.e. because we have a power of ten), we can simply move our decimal place after the nine, or , over spaces to the right using zeros as place holders.
Add commas and simplify.