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Common Core: 5th Grade Math : Mesure Volume by Counting Unit Cubes: CCSS.Math.Content.5.MD.C.4

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Example Questions

Example Question #21 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $82\text{ cubic centimeters}$ $\displaystyle 82\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$164\textup{ centimeters}^3$ $\displaystyle 164\textup{ centimeters}^3$

$82\textup{ centimeters}^2$ $\displaystyle 82\textup{ centimeters}^2$

$82\textup{ inches}^3$ $\displaystyle 82\textup{ inches}^3$

$164\textup{ centimeters}^2$ $\displaystyle 164\textup{ centimeters}^2$

$82\textup{ centimeters}^3$ $\displaystyle 82\textup{ centimeters}^3$

Correct answer:

$82\textup{ centimeters}^3$ $\displaystyle 82\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $82\text{ cubic centimeters}$ $\displaystyle 82\text{ cubic centimeters}$ then the volume is $82\textup{ centimeters}^3$ $\displaystyle 82\textup{ centimeters}^3$

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Example Question #22 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $98\text{ cubic centimeters}$ $\displaystyle 98\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$196\textup{ centimeters}^2$ $\displaystyle 196\textup{ centimeters}^2$

$98\textup{ centimeters}^2$ $\displaystyle 98\textup{ centimeters}^2$

$196\textup{ inches}^3$ $\displaystyle 196\textup{ inches}^3$

$196\textup{ centimeters}^3$ $\displaystyle 196\textup{ centimeters}^3$

$98\textup{ centimeters}^3$ $\displaystyle 98\textup{ centimeters}^3$

Correct answer:

$98\textup{ centimeters}^3$ $\displaystyle 98\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $98\text{ cubic centimeters}$ $\displaystyle 98\text{ cubic centimeters}$ then the volume is $98\textup{ centimeters}^3$ $\displaystyle 98\textup{ centimeters}^3$

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Example Question #23 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $101\text{ cubic centimeters}$ $\displaystyle 101\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$202\textup{ centimeters}^3$ $\displaystyle 202\textup{ centimeters}^3$

$101\textup{ inches}^3$ $\displaystyle 101\textup{ inches}^3$

$101\textup{ centimeters}^2$ $\displaystyle 101\textup{ centimeters}^2$

$202\textup{ centimeters}^2$ $\displaystyle 202\textup{ centimeters}^2$

$101\textup{ centimeters}^3$ $\displaystyle 101\textup{ centimeters}^3$

Correct answer:

$101\textup{ centimeters}^3$ $\displaystyle 101\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $101\text{ cubic centimeters}$ $\displaystyle 101\text{ cubic centimeters}$ then the volume is $101\textup{ centimeters}^3$ $\displaystyle 101\textup{ centimeters}^3$

Report an Error

Example Question #24 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $112\text{ cubic centimeters}$ $\displaystyle 112\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$112\textup{ inches}^3$ $\displaystyle 112\textup{ inches}^3$

$224\textup{ centimeters}^3$ $\displaystyle 224\textup{ centimeters}^3$

$224\textup{ centimeters}^2$ $\displaystyle 224\textup{ centimeters}^2$

$112\textup{ centimeters}^3$ $\displaystyle 112\textup{ centimeters}^3$

$112\textup{ centimeters}^2$ $\displaystyle 112\textup{ centimeters}^2$

Correct answer:

$112\textup{ centimeters}^3$ $\displaystyle 112\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $112\text{ cubic centimeters}$ $\displaystyle 112\text{ cubic centimeters}$ then the volume is $112\textup{ centimeters}^3$ $\displaystyle 112\textup{ centimeters}^3$

Report an Error

Example Question #25 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $123\text{ cubic centimeters}$ $\displaystyle 123\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$123\textup{ inches}^2$ $\displaystyle 123\textup{ inches}^2$

$123\textup{ centimeters}^2$ $\displaystyle 123\textup{ centimeters}^2$

$246\textup{ centimeters}^3$ $\displaystyle 246\textup{ centimeters}^3$

$123\textup{ centimeters}^3$ $\displaystyle 123\textup{ centimeters}^3$

$246\textup{ inches}^2$ $\displaystyle 246\textup{ inches}^2$

Correct answer:

$123\textup{ centimeters}^3$ $\displaystyle 123\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $123\text{ cubic centimeters}$ $\displaystyle 123\text{ cubic centimeters}$ then the volume is $123\textup{ centimeters}^3$ $\displaystyle 123\textup{ centimeters}^3$

Report an Error

Example Question #26 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $16\text{ cubic centimeters}$ $\displaystyle 16\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$16\textup{ centimeters}^2$ $\displaystyle 16\textup{ centimeters}^2$

$32\textup{ centimeters}^3$ $\displaystyle 32\textup{ centimeters}^3$

$32\textup{ inches}^3$ $\displaystyle 32\textup{ inches}^3$

$16\textup{ inches}^3$ $\displaystyle 16\textup{ inches}^3$

$16\textup{ centimeters}^3$ $\displaystyle 16\textup{ centimeters}^3$

Correct answer:

$16\textup{ centimeters}^3$ $\displaystyle 16\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $16\text{ cubic centimeters}$ $\displaystyle 16\text{ cubic centimeters}$ then the volume is $16\textup{ centimeters}^3$ $\displaystyle 16\textup{ centimeters}^3$

Report an Error

Example Question #27 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $37\text{ cubic centimeters}$ $\displaystyle 37\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$37\textup{ inches}^2$ $\displaystyle 37\textup{ inches}^2$

$74\textup{ centimeters}^3$ $\displaystyle 74\textup{ centimeters}^3$

$74\textup{ centimeters}^2$ $\displaystyle 74\textup{ centimeters}^2$

$37\textup{ centimeters}^3$ $\displaystyle 37\textup{ centimeters}^3$

$37\textup{ centimeters}^2$ $\displaystyle 37\textup{ centimeters}^2$

Correct answer:

$37\textup{ centimeters}^3$ $\displaystyle 37\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $37\text{ cubic centimeters}$ $\displaystyle 37\text{ cubic centimeters}$ then the volume is $37\textup{ centimeters}^3$ $\displaystyle 37\textup{ centimeters}^3$

Report an Error

Example Question #28 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $21\text{ cubic centimeters}$ $\displaystyle 21\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$42\textup{ centimeters}^2$ $\displaystyle 42\textup{ centimeters}^2$

$21\textup{ inches}^3$ $\displaystyle 21\textup{ inches}^3$

$42\textup{ inches}^3$ $\displaystyle 42\textup{ inches}^3$

$42\textup{ centimeters}^3$ $\displaystyle 42\textup{ centimeters}^3$

$21\textup{ centimeters}^3$ $\displaystyle 21\textup{ centimeters}^3$

Correct answer:

$21\textup{ centimeters}^3$ $\displaystyle 21\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $21\text{ cubic centimeters}$ $\displaystyle 21\text{ cubic centimeters}$ then the volume is $21\textup{ centimeters}^3$ $\displaystyle 21\textup{ centimeters}^3$

Report an Error

Example Question #29 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $41\text{ cubic centimeters}$ $\displaystyle 41\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$82\textup{ centimeters}^3$ $\displaystyle 82\textup{ centimeters}^3$

$82\textup{ inches}^3$ $\displaystyle 82\textup{ inches}^3$

$41\textup{ centimeters}^3$ $\displaystyle 41\textup{ centimeters}^3$

$41\textup{ centimeters}^2$ $\displaystyle 41\textup{ centimeters}^2$

$82\textup{ centimeters}^2$ $\displaystyle 82\textup{ centimeters}^2$

Correct answer:

$41\textup{ centimeters}^3$ $\displaystyle 41\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $41\text{ cubic centimeters}$ $\displaystyle 41\text{ cubic centimeters}$ then the volume is $41\textup{ centimeters}^3$ $\displaystyle 41\textup{ centimeters}^3$

Report an Error

Example Question #30 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

If you count unit cubes in a solid figure, and you find that there are $52\text{ cubic centimeters}$ $\displaystyle 52\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$104\textup{ inches}^3$ $\displaystyle 104\textup{ inches}^3$

$104\textup{ centimeters}^2$ $\displaystyle 104\textup{ centimeters}^2$

$52\textup{ centimeters}^3$ $\displaystyle 52\textup{ centimeters}^3$

$52\textup{ inches}^3$ $\displaystyle 52\textup{ inches}^3$

$104\textup{ centimeters}^3$ $\displaystyle 104\textup{ centimeters}^3$

Correct answer:

$52\textup{ centimeters}^3$ $\displaystyle 52\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $52\text{ cubic centimeters}$ $\displaystyle 52\text{ cubic centimeters}$ then the volume is $52\textup{ centimeters}^3$ $\displaystyle 52\textup{ centimeters}^3$

Report an Error

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Common Core: 5th Grade Math : Mesure Volume by Counting Unit Cubes: CCSS.Math.Content.5.MD.C.4

Study concepts, example questions & explanations for Common Core: 5th Grade Math

All Common Core: 5th Grade Math Resources

Example Questions

Example Question #21 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #22 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #23 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #24 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #25 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #26 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #27 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #28 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #29 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #30 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

All Common Core: 5th Grade Math Resources

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