It could be:
A rabbit-savvy vet can identify and, if necessary, treat the mass.
An electron has negligible mass and is under a 5th of the mass of a proton.
you can use a balance table for some small objects.
ANSWER: I'm assuming by "mousetrap" car, you mean small car. Probably pretty obvious at that point that your car would have a.....small mass.
If the iron bolt undergoes a chemical reaction, such as rusting, its mass could change. Addition or removal of material, like coating it with another substance or cutting it, could also change its mass. Otherwise, if kept under normal conditions, the mass should remain constant.
Not necessarily. The size of an object is not directly proportional to its mass. For example, a small object made of dense material could have more mass than a larger object made of less dense material.
The small dense remains of a high-mass star are called neutron stars or black holes, depending on the mass of the star. Neutron stars are formed when the core collapses under its own gravity, while black holes are formed when the core collapses into a singularity.
Usually small metals (e.g magnesium etc) have small capacit but large mass Hope it helps :)
Yes, if a small person uses a machine, like a lever or a pulley, to lift a person of more mass than the smaller person.
Mass
Note: Kilogram is a unit of mass, not of weight.A small bag of sugar, salt, or flour might have a mass of 1-2 kilogram; a small jar of water will also have a mass of about 1 kilogram.Note: Kilogram is a unit of mass, not of weight.A small bag of sugar, salt, or flour might have a mass of 1-2 kilogram; a small jar of water will also have a mass of about 1 kilogram.Note: Kilogram is a unit of mass, not of weight.A small bag of sugar, salt, or flour might have a mass of 1-2 kilogram; a small jar of water will also have a mass of about 1 kilogram.Note: Kilogram is a unit of mass, not of weight.A small bag of sugar, salt, or flour might have a mass of 1-2 kilogram; a small jar of water will also have a mass of about 1 kilogram.
The same force applied to a small mass will cause a larger acceleration compared to a large mass since acceleration is inversely proportional to mass (F=ma). This means the small mass will experience a greater change in velocity in response to the force compared to the large mass.
An electron has a very small mass, not a large mass.