A vacuum cleaner uses electrical energy to power the motor that creates suction to collect dirt and debris. The suction power created by the motor allows the vacuum cleaner to efficiently clean surfaces by removing particles and dust.
No, all forms of energy cannot travel in a vacuum. We know that electromagnetic energy (like light or radio waves) can travel in a vacuum. So can gravity waves. But mechanical energy (like sound) cannot.
A vacuum cleaner typically uses electrical energy to power the motor that creates suction. It does not use the concept of a vacuum in terms of energy, but rather refers to the absence of air or matter in the cleaning process.
Electromagnetic energy, such as light and other forms of radiation, can travel through a vacuum in space due to its ability to propagate without a medium.
A vacuum cleaner typically uses electrical energy to power its motor, which creates the suction needed to pick up dirt and debris. Vacuum cleaners do not use the concept of a vacuum in physics to operate.
A vacuum cleaner typically uses electricity as its source of energy to create suction for cleaning. The motor within the vacuum converts electrical energy into mechanical energy to power the suction mechanism.
No, all forms of energy cannot travel in a vacuum. We know that electromagnetic energy (like light or radio waves) can travel in a vacuum. So can gravity waves. But mechanical energy (like sound) cannot.
false
A vacuum cleaner typically uses electrical energy to power the motor that creates suction. It does not use the concept of a vacuum in terms of energy, but rather refers to the absence of air or matter in the cleaning process.
Electromagnetic energy, such as light and other forms of radiation, can travel through a vacuum in space due to its ability to propagate without a medium.
A vacuum cleaner typically uses electrical energy to power its motor, which creates the suction needed to pick up dirt and debris. Vacuum cleaners do not use the concept of a vacuum in physics to operate.
electrical
A vacuum cleaner typically uses electricity as its source of energy to create suction for cleaning. The motor within the vacuum converts electrical energy into mechanical energy to power the suction mechanism.
electrical energy
Chemical energy and electrical energy are the most widely used energy forms.
AnswerYes there can be energy in a vacuum. Electromagnetic radiation is energy that can move through a vacuum. So can visible light, radiowaves, microwaves, X-rays, heat (infrared radiation), ultraviolet, and gamma rays are all electromagnetic energy forms that can exist in a vacuum. AnswerThere is a type of energy called vacuum energy (often wrongly called zero point energy) that is thought to exist in a vacuum. The idea comes from the idea of virtual particles, and study of it produced a number of strange predictions that could be tested and turned out to be true. There are varying ideas on vacuum energy. Some physicists say it is impressively large, and some make it rather small. But the cosmological consequences may be profound, given the size and age of the universe.Vacuum energy has been used by confidence artists to defraud potential investors.
oil
mechanical to electrical