Find out the form of Mechanical energy in he object.
Kinetic energy is measured with velocity
Vibration energy measured by amplitude and frequency of vibration.
Datum energy is measured by height of the object from ground.
Hence it depends on the type of the energy.
By calculating the sum of the potential and kinetic energy of the body.
You have to use a method of absorbing the energy, and measuring what has been absorbed. For example engines are tested using a dynamometer, which can measure the force exerted and the rate of working of the engine. A simple analogy would be with the fairground game where you slam a hammer down onto some sort of pivot which raises a weight, the height it goes to indicates the energy put into the blow. So its a matter of making such a test more accurate and scientific.
Basically any device that needs to be plugged in so it could move would be an object that endures the transformation from mechanical to electrical energy. Those classroom objects could be a fan or a pencil sharpener.
If there were no mechanical energy, there would be no movement and so no life exists.
No. Potential energy relates to an objects position on the earth, specifically it's altitude. Mechanical energy is a form of kinetic energy but it can occasionally be considered "work done" in a more general sense
For materials such as rubber I would call it elastic energy. For compressed gases I would just call it mechanical energy-the compressed gas exerts a force which would move a piston against another force, and that constitutes work.
Since mechanical energy is based on an objects potential and kinetic energy, it would be anything that moves without something forcing it too.
Since mechanical energy is based on an objects potential and kinetic energy, it would be anything that moves without something forcing it too.
Multiply its weight by its height.
It doesn't quite make sense for that to happen. Obviously it doesn't make sense from the point of view of energy conservation. Also, mechanical energy consists of kinetic energy - so all objects would suddenly have to stop moving. Mechanical energy also consists of potential energy (including gravitational potential energy), so all objects would suddenly have to be at the lowest possible gravitational potential - presumably, all objects in the Universe would have to come together into a black hole or something like that.
You have to use a method of absorbing the energy, and measuring what has been absorbed. For example engines are tested using a dynamometer, which can measure the force exerted and the rate of working of the engine. A simple analogy would be with the fairground game where you slam a hammer down onto some sort of pivot which raises a weight, the height it goes to indicates the energy put into the blow. So its a matter of making such a test more accurate and scientific.
Usually you would want to find only the total MECHANICAL energy. This is the sum of kinetic and potential energy. Due to conservation of mechanical energy (this assumes there is no friction), you can calculate the kinetic and the potential energy separately at any point of the movement, and then add them up. For example, at the extremes, when the body's instantaneous velocity is zero, you would only need to calculate the potential energy.
Yes. Mechanical energy is the sum of potential energy and kinetic energy; this includes gravitational potential energy.
Basically any device that needs to be plugged in so it could move would be an object that endures the transformation from mechanical to electrical energy. Those classroom objects could be a fan or a pencil sharpener.
If there were no mechanical energy, there would be no movement and so no life exists.
If you leave earths gravitational field (sufficiently), objects will have a very negligible gravitational potential energy. You can consider it zero. But what if it were a compressed spring that you brought out into 'deep space'? It would still retain elastic potential energy. A bomb in deep space would still have explosive(?) potential energy. With that said, if you had two or more objects in deep space, they would have gravitational potential energy between the group of them, but not the earth.
No. Potential energy relates to an objects position on the earth, specifically it's altitude. Mechanical energy is a form of kinetic energy but it can occasionally be considered "work done" in a more general sense
For materials such as rubber I would call it elastic energy. For compressed gases I would just call it mechanical energy-the compressed gas exerts a force which would move a piston against another force, and that constitutes work.