A kettle uses electrical energy and converts it into heat energy.
Heat. In fact you can convert part of the heat into other types of energy, only if there is a heat difference between two objects - but you can never convert all heat into other types of energy.
Yes, sound energy can be transformed into other types of energy. For example, when sound waves hit a microphone, they are converted into electrical energy. Additionally, sound energy can also be converted into mechanical energy, such as when speakers vibrate to produce sound.
Potential energy can be converted to kinetic energy when it is used to do work.
Mechanical energy can change into various forms such as kinetic or potential energy. This transfer can happen when an object moves or changes its position.
In any energy transformation, energy of one type is transformed into some other type. If an energy of type "A" gets reduced, than another energy, of type "B", will be increased by the same amount. Or, if several types of energy get converted, or more commonly, the energy gets converted into several types, the total increase in some type(s) of energy will be equal to the total reduction of other type(s). To put it into a simple formula, the sum of all energy changes is zero (algebraic sum, i.e., considering an increase as positive, and a decrease as negative).
Sometimes it can, sometimes not. It depends, to a great extent, on the type of energy. Heat energy can only be converted partially into other types of energy; there are irreversible processes in the Universe, and converting other types of energy into heat energy is one of them.
Heat. In fact you can convert part of the heat into other types of energy, only if there is a heat difference between two objects - but you can never convert all heat into other types of energy.
Heat. In fact you can convert part of the heat into other types of energy, only if there is a heat difference between two objects - but you can never convert all heat into other types of energy.
Yes, sound energy can be transformed into other types of energy. For example, when sound waves hit a microphone, they are converted into electrical energy. Additionally, sound energy can also be converted into mechanical energy, such as when speakers vibrate to produce sound.
In any energy transformation, energy of one type is transformed into some other type. If an energy of type "A" gets reduced, than another energy, of type "B", will be increased by the same amount. Or, if several types of energy get converted, or more commonly, the energy gets converted into several types, the total increase in some type(s) of energy will be equal to the total reduction of other type(s). To put it into a simple formula, the sum of all energy changes is zero (algebraic sum, i.e., considering an increase as positive, and a decrease as negative).
The kettle uses heat energy. Depending on your type of stove, that heat will usually come from chemical energy (in a gas stove), or electrical energy (in an electrical stove).
electrical energy
Potential energy can be converted to kinetic energy when it is used to do work.
Mechanical energy can change into various forms such as kinetic or potential energy. This transfer can happen when an object moves or changes its position.
First of all, there are many different types of kettles sold and some kettles function differently from others. Traditionally a kettle will know when to release steam due to the kinetic energy/movement of steam, within the kettle. It will then release the steam so that it is not trapped inside. However, there is also a different type of way of how a kettle will know when to release steam. Nowadays, this method is becoming more popular with newer kettles. A kettle will release steam once the kettle reaches a certain temperature and this is due to the heat energy of the kettle. Heat causes steam and so these newer kettles will still be able to release amounts of steam. Some people say that they prefer the method of the heat energy of the kettle instead of the movement of the steam and that it is much more efficient. Ultimately, a kettle will know when to release steam, either by the kinetic energy of the steam inside the kettle, or by the heat energy of the kettle.
Chemical energy.
Light energy