Heat is technically defined as the energy transferred from one object to another because of temperature differences.
If you're talking about electrical circuitry, there are no types of electrical energy. Electrical energy is the energy associated with the redistribution of electrical charge.
Physicists usually talk about the electromagnetic field and one could distringuish between the electromagnetic energy transmitted by light/photons and the electrical energy transmitted by charged particles.
Electrical energy of charges can be transferred from the field into the internal energy of a resistor ( a wire, a stack of carbon) and make it get warmer. This is called "joule heating." This warm resistor then loses heat to its cooler surroundings. This is how coffee warmers, hot water heaters, hair dryers, electric ovens and stoves work.
Electromagnetic energy of photons can increase the temperature of an object simply by absorbing the photon.
Electricity is transformed into light and heat energy when a light bulb is turned on. The electrical energy is used to heat up the filament in the bulb, causing it to glow and emit light. Some of the electrical energy is also converted to heat energy due to resistance in the filament.
A kettle uses electrical energy and converts it into heat energy.
When a flashlight is turned on, electrical energy is converted into light energy and heat energy. The electrical energy powers the bulb to produce light, while some electricity is lost as heat.
A TV produces electrical energy to power its components and convert that energy into light and sound energy for viewing and listening.
An alarm clock typically produces electrical energy. The electrical energy powers the clock's circuits and display, allowing it to function.
Electricity is transformed into light and heat energy when a light bulb is turned on. The electrical energy is used to heat up the filament in the bulb, causing it to glow and emit light. Some of the electrical energy is also converted to heat energy due to resistance in the filament.
The battery produces electrical energy. If the light bulb is connected between the terminals of the battery, then the bulb will change the electrical energy into heat, and if you're lucky and you have the correct voltage, also maybe some light.
The light bulb uses electrical energy, and produces light, as well as waste heat. The act of turning it on in itself uses a small amount of energy stored in your muscles.
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).
A kettle uses electrical energy and converts it into heat energy.
When a flashlight is turned on, electrical energy is converted into light energy and heat energy. The electrical energy powers the bulb to produce light, while some electricity is lost as heat.
heat energyheat energy
A TV produces electrical energy to power its components and convert that energy into light and sound energy for viewing and listening.
It has electrical energy going in, and it has light, sound and heat coming out.
thermal/heat energy
An alarm clock typically produces electrical energy. The electrical energy powers the clock's circuits and display, allowing it to function.
Electrical energy is the type of energy transformed into thermal energy in a toaster. The electrical energy heats up metal coils or wires inside the toaster, generating heat that toasts the bread.