none. everything in a vacuum expands.
Heat conduction requires a medium for the transfer of thermal energy. In a vacuum, there are no particles to carry the heat energy from one place to another. Therefore, heat cannot be conducted through a vacuum.
Vacuum cleaners use magnets in the electric motor to convert electrical energy into mechanical energy. The magnets create a magnetic field that interacts with the electrical current to produce rotational motion, which powers the vacuum cleaner's suction and brush functions. Additionally, some vacuum cleaners may use magnets to help hold and position components within the machine.
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.
A vacuum cleaner emits sound energy and some heat energy. The sound energy is produced by the motor and fan inside the vacuum cleaner, while the heat energy is a byproduct of the motor's operation.
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.
Heat conduction requires a medium for the transfer of thermal energy. In a vacuum, there are no particles to carry the heat energy from one place to another. Therefore, heat cannot be conducted through a vacuum.
Answer Yes, you can. I think the answer is no. A physical object in a vacuum can have some energy/heat in it, and the energy associated with electromagnetic radiation can have energy/heat associated with it, but the vacuum itself cannot. ______________________________________________________________________ There is no such thing as a vacuum.
The engine does not produce enough vacuum to be usable.
In a vacuum
Vacuum cleaners use magnets in the electric motor to convert electrical energy into mechanical energy. The magnets create a magnetic field that interacts with the electrical current to produce rotational motion, which powers the vacuum cleaner's suction and brush functions. Additionally, some vacuum cleaners may use magnets to help hold and position components within the machine.
pair production can not produce in vaccum
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.
A vacuum cleaner emits sound energy and some heat energy. The sound energy is produced by the motor and fan inside the vacuum cleaner, while the heat energy is a byproduct of the motor's operation.
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.
The engine does not produce enough vacuum to be usable
A vacuum cleaner typically runs on electrical energy.
First the electricity goes inside the vacuum cleaner, then the vacuum cleaner sucks the dirt right away so therefore: Electrical energy -- Mechanical Energy