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Q: The body mass of a flea is about 0.5 what and it can jump about 20 what high?

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it is about 0.5 milligrams

miligrams

The inertia of a body can be defined as the relunctance of a body to acceleration. The mass of a body can be defined as a measure of the inertia of a body. This is because acceleration = resultant force / mass. So, if mass is greater, the less will be the acceleration of the body and hence the greater the inertia.

The momentum of a body is defined as:momentum= Mass * velocitySo for any body and a given velocity, the momentum is directly and linearly proportional to its mass, that is if you increase the mass of a body then its momentum will increase by an amount of:(M2-M1)* velocityWhere:M2: Mass after increaseM1: Initial Mass

Buoyant force is the force created by the volume of liquid a mass has displaced. So if you jump into a pool, the buoyant force applied to you is equal to the volume of water your body takes up.

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miligrams

miligrams

it is about 0.5 milligrams

About 0.5 milligrams (mg).

An average frog can jump about 3 feet high, depending on the size of their legs and their muscle mass.

The height you can achieve in a high jump depends on things like skill, muscular strength and body shape, not just height. A skillful jumper, for instance, bends his or her body backwards when going over the bar so their center of mass goes under the bar.

The mass of a flea is between 0.087 g and 0.109 g. The unit would be grams.

I have found out that the mass of a flea is around about 4000-5000 mP, which means it comes to between 0.08704g and 0.1088g. This is thanks to the wikipieda page about Planck mass, which can be found within the related links.

BMI results are distorted in people with high muscle mass and it does not represent body composition

The higher your body mass, the more weight you are trying to move through the water. But, if you are really tall your body mass may not be as high as you think.

For the same leg strength / jumping technique, weight affects how far one can jump. Acceleration = Force / Mass With more mass, you cannot accelerate yourself as much when you jump with the same force. Imagine trying to jump with a small backpack full of sand strapped to your back. Your strength hasn't changed. That is, the amount of force you can deliver hasn't changed, but your mass has. You can't jump as high.

It depends on the mass and strength of an individual. An adult human of average height, weight and strength can jump over a foot vertically into the air on Earth.

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