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Suppose You Have Two Boxes, Each of Which Is a Cube

Question 60

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Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box.


A) The volume of the smaller box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The volume of the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The number of smaller boxes that will fit inside the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . .
B) The volume of the smaller box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The volume of the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The number of smaller boxes that will fit inside the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . .
C) The volume of the smaller box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The volume of the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The number of smaller boxes that will fit inside the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . .
D) The volume of the smaller box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The volume of the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The number of smaller boxes that will fit inside the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . .
E) The volume of the smaller box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The volume of the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . . The number of smaller boxes that will fit inside the larger box is Suppose you have two boxes, each of which is a cube. Suppose further that the length of a side of the second box is twice as long as the length of a side of the first box. If the length of a side of the first box is x , find the volume of each box. Then find the number of smaller boxes that will fit inside the larger box. A) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . B) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . C) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . D) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . E) The volume of the smaller box is . The volume of the larger box is . The number of smaller boxes that will fit inside the larger box is . .

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