Anything with varying densities have different weights even though they are the same size and shape. For example, lead, plastic, and wood.
Two figures are called congruent if they are the same shape and the same size. Two figures are called similar if they are the same shape, but different sizes. ... That means that there is a scale factor number that you multiply each number in the first shape by to get the corresponding side length in the other shape.
Proportional or Similar
Two different shapes can have the same volume, depending on the dimensions of each one.
That depends on the exact shape. For the same area, you can have different perimeters, depending on the shape.
Shapes that are the same except for their size are called "similar".
Lots of things.
yes
No, all rocks will not weigh the same even if they have different masses but the same weight. Weight is the effect of gravity on an object, while mass is the amount of matter in an object. Therefore, two rocks with different masses but the same weight will not weigh the same.
Isaac Newton
They fall in Different shape but they are the same shape
The mass always affects the weight. But the same mass always hasthe same weight, regardless of its shape.-- Notice that there is no 'shape' term in the formula for weight:Weight = (mass) x (acceleration of gravity) -- A 50kg woman and a 50kg sack of potatoes have the same weight,even though one of the objects has a better shape.
The word for this is "similar." The same shape and the same size is "congruent."
Not necessarily. The weight of an object is determined by its mass and the force of gravity acting on it, while the volume is simply the amount of space it takes up. Different materials have different densities, so two objects with the same volume can have different weights if their densities are different.
False
Objects with the same mass but different densities could be a piece of wood and a piece of metal. They can have the same weight when measured on a scale, but their volume and density would be different due to the difference in how tightly packed the molecules are in each material.
"Weight", do you mean 'width'? If you do then a cube is the answer.
No, isotopes of the same element are of different weight.