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

If a solid figure has 17 cubic inches, what is its volume?

Possible Answers:

$34\ inches^3$ $\displaystyle 34\ inches^3$

$17\ inches$ $\displaystyle 17\ inches$

$17\ inches^3$ $\displaystyle 17\ inches^3$

$17\ inches^2$ $\displaystyle 17\ inches^2$

$34\ inches^2$ $\displaystyle 34\ inches^2$

Correct answer:

$17\ inches^3$ $\displaystyle 17\ inches^3$

Explanation:

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Example Question #1 : 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 $14\text{ cubic centimeters}$ $\displaystyle 14\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$28\textup{ inches}^2$ $\displaystyle 28\textup{ inches}^2$

$28\textup{ centimeters}^3$ $\displaystyle 28\textup{ centimeters}^3$

$14\textup{ centimeters}^2$ $\displaystyle 14\textup{ centimeters}^2$

$14\textup{ centimeters}^3$ $\displaystyle 14\textup{ centimeters}^3$

$14\textup{ incehs}^3$ $\displaystyle 14\textup{ incehs}^3$

Correct answer:

$14\textup{ centimeters}^3$ $\displaystyle 14\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $14\text{ cubic centimeters}$ $\displaystyle 14\text{ cubic centimeters}$ then the volume is $14\textup{ centimeters}^3$ $\displaystyle 14\textup{ centimeters}^3$

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Example Question #1639 : Common Core Math: Grade 5

If you count unit cubes in a solid figure, and you find that there are $35\text{ cubic centimeters}$ $\displaystyle 35\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$35\textup{ inches}^3$ $\displaystyle 35\textup{ inches}^3$

$70\textup{ inches}^2$ $\displaystyle 70\textup{ inches}^2$

$70\textup{ centimeters}^3$ $\displaystyle 70\textup{ centimeters}^3$

$35\textup{ centimeters}^3$ $\displaystyle 35\textup{ centimeters}^3$

$70\textup{ centimeters}^2$ $\displaystyle 70\textup{ centimeters}^2$

Correct answer:

$35\textup{ centimeters}^3$ $\displaystyle 35\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $35\text{ cubic centimeters}$ $\displaystyle 35\text{ cubic centimeters}$ then the volume is $35\textup{ centimeters}^3$ $\displaystyle 35\textup{ centimeters}^3$

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Example Question #1640 : Common Core Math: Grade 5

If you count unit cubes in a solid figure, and you find that there are $29\text{ cubic centimeters}$ $\displaystyle 29\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$29\textup{ inches}^2$ $\displaystyle 29\textup{ inches}^2$

$58\textup{ centimeters}^3$ $\displaystyle 58\textup{ centimeters}^3$

$29\textup{ centimeters}^3$ $\displaystyle 29\textup{ centimeters}^3$

$29\textup{ centimeters}^2$ $\displaystyle 29\textup{ centimeters}^2$

$29\textup{ inches}^3$ $\displaystyle 29\textup{ inches}^3$

Correct answer:

$29\textup{ centimeters}^3$ $\displaystyle 29\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $29\text{ cubic centimeters}$ $\displaystyle 29\text{ cubic centimeters}$ then the volume is $29\textup{ centimeters}^3$ $\displaystyle 29\textup{ centimeters}^3$

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Example Question #2 : 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 $49\text{ cubic centimeters}$ $\displaystyle 49\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

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

$49\textup{ inches}^3$ $\displaystyle 49\textup{ inches}^3$

$49\textup{ centimeters}^3$ $\displaystyle 49\textup{ centimeters}^3$

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

$49\textup{ centimeters}^2$ $\displaystyle 49\textup{ centimeters}^2$

Correct answer:

$49\textup{ centimeters}^3$ $\displaystyle 49\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $49\text{ cubic centimeters}$ $\displaystyle 49\text{ cubic centimeters}$ then the volume is $49\textup{ centimeters}^3$ $\displaystyle 49\textup{ centimeters}^3$

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Example Question #2 : 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 $50\text{ cubic centimeters}$ $\displaystyle 50\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$50\textup{ centimeters}^2$ $\displaystyle 50\textup{ centimeters}^2$

$100\textup{ centimeters}^3$

$50\textup{ centimeters}^3$ $\displaystyle 50\textup{ centimeters}^3$

$100\textup{ centimeters}^2$

$100\textup{ inches}^3$ $\displaystyle 100\textup{ inches}^3$

Correct answer:

$50\textup{ centimeters}^3$ $\displaystyle 50\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $50\text{ cubic centimeters}$ $\displaystyle 50\text{ cubic centimeters}$ then the volume is $50\textup{ centimeters}^3$ $\displaystyle 50\textup{ centimeters}^3$

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Example Question #1641 : Common Core Math: Grade 5

If you count unit cubes in a solid figure, and you find that there are $64\text{ cubic centimeters}$ $\displaystyle 64\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$128\textup{ centimeters}^2$

$64\textup{ inches}^3$ $\displaystyle 64\textup{ inches}^3$

$128\textup{ inches}^3$ $\displaystyle 128\textup{ inches}^3$

$64\textup{ centimeters}^3$ $\displaystyle 64\textup{ centimeters}^3$

$128\textup{ centimeters}^3$

Correct answer:

$64\textup{ centimeters}^3$ $\displaystyle 64\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $64\text{ cubic centimeters}$ $\displaystyle 64\text{ cubic centimeters}$ then the volume is $64\textup{ centimeters}^3$ $\displaystyle 64\textup{ centimeters}^3$

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Example Question #3 : 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 $73\text{ cubic centimeters}$ $\displaystyle 73\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$73\textup{ inches}^3$ $\displaystyle 73\textup{ inches}^3$

$146\textup{ centimeters}^3$

$146\textup{ centimeters}^2$

$73\textup{ centimeters}^2$ $\displaystyle 73\textup{ centimeters}^2$

$73\textup{ centimeters}^3$ $\displaystyle 73\textup{ centimeters}^3$

Correct answer:

$73\textup{ centimeters}^3$ $\displaystyle 73\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $73\text{ cubic centimeters}$ $\displaystyle 73\text{ cubic centimeters}$ then the volume is $73\textup{ centimeters}^3$ $\displaystyle 73\textup{ centimeters}^3$

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Example Question #145 : Measurement & Data

If you count unit cubes in a solid figure, and you find that there are $81\text{ cubic centimeters}$ $\displaystyle 81\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$81\textup{ centimeters}^2$ $\displaystyle 81\textup{ centimeters}^2$

$162\textup{ centimeters}^3$

$81\textup{ inches}^2$ $\displaystyle 81\textup{ inches}^2$

$81\textup{ centimeters}^3$ $\displaystyle 81\textup{ centimeters}^3$

$81\textup{ inches}^3$ $\displaystyle 81\textup{ inches}^3$

Correct answer:

$81\textup{ centimeters}^3$ $\displaystyle 81\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $81\text{ cubic centimeters}$ $\displaystyle 81\text{ cubic centimeters}$ then the volume is $81\textup{ centimeters}^3$ $\displaystyle 81\textup{ centimeters}^3$

Report an Error

Example Question #2 : 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 $97\text{ cubic centimeters}$ $\displaystyle 97\text{ cubic centimeters}$ inside the solid figure, what is the volume of the figure?

Possible Answers:

$194\textup{ inches}^3$ $\displaystyle 194\textup{ inches}^3$

$97\textup{ centimeters}^2$ $\displaystyle 97\textup{ centimeters}^2$

$194\textup{ centimeters}^3$

$194\textup{ centimeters}^2$

$97\textup{ centimeters}^3$ $\displaystyle 97\textup{ centimeters}^3$

Correct answer:

$97\textup{ centimeters}^3$ $\displaystyle 97\textup{ centimeters}^3$

Explanation:

Volume is the amount of space within a solid figure. If a figure is made up of $97\text{ cubic centimeters}$ $\displaystyle 97\text{ cubic centimeters}$ then the volume is $97\textup{ centimeters}^3$ $\displaystyle 97\textup{ centimeters}^3$

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

Example Question #1 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #1639 : Common Core Math: Grade 5

Example Question #1640 : Common Core Math: Grade 5

Example Question #2 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #2 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #1641 : Common Core Math: Grade 5

Example Question #3 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

Example Question #145 : Measurement & Data

Example Question #2 : Mesure Volume By Counting Unit Cubes: Ccss.Math.Content.5.Md.C.4

All Common Core: 5th Grade Math Resources

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