Yes.Ibix said:What happens to all energy that gets "lost"?
That was a question, not a statement. Pretty much all lost energy becomes the same thing. Do you know what it is?ali PMPAINT said:Yes.
As Russ says, I was asking if you know what happens to all "lost" energy, not confirming your question's intent.ali PMPAINT said:Yes.
Oh, sorry, no I didn't know until now.Ibix said:As Russ says, I was asking if you know what happens to all "lost" energy, not confirming your question's intent.
The energy in a book comes from the chemical bonds between the molecules that make up the pages and cover. These bonds were formed during the process of photosynthesis, where plants convert sunlight into chemical energy.
The feeling of weight in a book is due to the force of gravity acting on its mass. The book's mass is a measure of the amount of matter it contains, and gravity pulls on this mass, resulting in the sensation of weight when holding it.
No, the energy in a book does not change when you hold it. The book's energy is stored in its chemical bonds and is not affected by external forces, such as being held by a person.
The energy in the book remains the same when you set it down. However, the book's potential energy changes as it moves from a higher position (when you were holding it) to a lower position (when it is set down). This potential energy can be converted into other forms, such as kinetic energy, if the book falls to the ground.
Yes, the energy in a book can be measured using various methods, such as calorimetry or thermodynamics. However, the amount of energy in a book is relatively small compared to other objects, so it may be challenging to measure accurately.