No. Density is measured as mass per unit of volume. Changing the shape will not change the mass or the volume.
Imagine a bag of M&Ms. If you put that bag on a counter, in very simplistic terms, it will have 22 M&Ms per bag. Let's say that is density: 22M&Ms/bag. If you take that bag and fold it in half while keeping it in one piece, it will still have 22 M&Ms per bag, so density remains the same.
Temperature can change volume, as can pressure. The M&M situation falls apart here, but we'll save those for later anyway.
It is a physical change because you are changing the shape of the metal.
Sharpening a metal knife is considered a physical change because the composition of the metal remains the same before and after sharpening. The process only alters the shape and size of the knife's edge without changing its chemical composition.
False. Changing the size and shape of pieces of wood is a physical change, not a chemical change. A chemical change involves the alteration of the chemical composition of a substance, while a physical change only affects the physical properties of a substance.
The kind of change described is referred to as a physical change. Examples of physical changes include, but are not limited to, changing the temperature or state of a substance, changing the shape of a substance, and breaking a substance into smaller pieces. A change that alters a material's composition would be classified as a chemical change.
A piece of metal can be physically changed through processes such as forging, casting, machining, or heat treatment. These methods involve reshaping, cutting, or altering the properties of the metal to achieve the desired shape or characteristics.
Changing the shape CAN change the density. If you change it into a smaller shape, then you increase the density. However the mass will not change.
Density is a property that depends on the mass and volume of the object, not its shape. Changing the shape of an object does not alter the amount of mass or volume it contains, so the density remains the same.
It is a physical change because you are changing the shape of the metal.
No, changing the shape or size of an object does not change its density. Density is determined by the mass of an object divided by its volume, so as long as the mass and volume remain constant, the density will stay the same.
density
The density of the metal in a crushed can remains the same as the density of the metal before the can was crushed. The mass of the metal remains constant; only its shape changes when the can is crushed.
No. Mass is independent of shape. The mass, as measured by weight, will be the same. If the material is compressible and you change the volume as a result of changing the shape, the density will change although the mass will not.
density is how dense an object is (see dense) it is calculated by dividing the mass by volume of an object. density can be changed by changing the size or shape or the object
Density is a measure of how much mass is contained in a given volume. Changing the object's shape does not change the amount of mass in the object or the volume it occupies, so the density remains the same. Density is a property that depends on the mass and volume of an object, regardless of its shape.
1 I'm not sure that this is true-- at least without some qualifications. If an object's shape is changed in such a way that it will enclose one or more pockets of air, some other substance, or even vacuum, the object's over-all density may change. If no pockets are formed, then the density probably is not changed 2 Density is the ratio of mass to volume.
Changing the shape of an object does not affect its density because density is determined by the mass and volume of an object, not its shape. As long as the mass and volume of an object remain the same, its density will remain constant regardless of its shape.
Yes, changing the shape and amount of an object will affect its density. Density is defined as mass per unit volume, so varying the shape and amount will alter the mass and volume, ultimately changing the density of the object.