Volume is proportional to the cube (3rd power) of the linear dimensions.If the side of the cube is tripled, the volume increasesby a factor of (3)3 = 27 .
I'd need to review what happened in number-1 before I could answer that. I do know that if only the length of a rectanguar prism is tripled, while the other two dimensions remain unchanged, then its volume triples.
It depends on the shape. The volume of a sphere will increase differently to the volume of a cylinder, for example.
x^3
The volume becomes (3)3 = 27 times as much.
The original volume is multiplied by 27.
If linear dimensions are increased by a certain factor, the volume will increase by that same factor, raised to the third power - so, in this case, 3 to the power 3.
Volume is proportional to the cube (3rd power) of the linear dimensions.If the side of the cube is tripled, the volume increasesby a factor of (3)3 = 27 .
I'd need to review what happened in number-1 before I could answer that. I do know that if only the length of a rectanguar prism is tripled, while the other two dimensions remain unchanged, then its volume triples.
The volume increases to 9 times as much.
It depends on the shape. The volume of a sphere will increase differently to the volume of a cylinder, for example.
A [multiplicative] change in one dimension makes the same change in the volume. So the volume would be tripled.
Because of your mom
x^3
The volume becomes (3)3 = 27 times as much.
If the volume is tripled, the mass will stay the same as long as the substance remains constant. Mass is an intrinsic property of matter and is not affected by the volume it occupies. The density of the substance will decrease as the volume increases.
If only the length is changed and all other dimensions left unchanged, the volume will also triple.