it is where you say chocolate is equal to me (human)
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A kettle uses heat energy and electrical energy. hope this helped..... :)
As boiling water is a heating process the kettle is changing Electrical energy into Thermal energy.
sound,heat
The evaporation of water by boiling is the transfer of thermal energy (radiation or convection) to the molecules which form water vapor. The energy is the same, but it changes from kinetic to potential energy. As the water vapor gives up heat by conduction in the air, the water again condenses (dew, rain, ice, snow).
ni
When you rub your hand together really fast. Do your hand feel warmer after rubbing them together? That's because the particles in your hand run into each other run into each other and pass energy back and forth, which increases heat. When particle in an object run into each other, thermal energy is passed between the particle.Another AnswerThe term, 'thermal energy' is obsolete, having been replaced by the term, 'internal energy'. Internal energy is the sum total of all the energies due to the vibration of the atoms/molecules that make up any object. Internal energy is closely related to temperature and state. The higher the temperature of an object, the higher its internal energy. When a substance exists in two states at the same temperature, e.g. ice and water, the higher state (water, in this example) will have the higher internal energy.When an electric current passes through the heating element of a kettle, it does work on the water and the kettle. By 'work', we mean the process of converting one form of energy (e.g. electrical energy) into another form of energy (e.g. internal energy). When the electrical energy is converted into internal energy, the existing internal energy of the water/kettle increases, causing the temperature of the water/kettle to increase. The resulting temperature difference between the kettle and the surrounding air results in a loss of internal energy by the process of heat transfer away from the kettle.
Water has 3 states, solid(ice), liquid(water, and gas(Water vapor). When water is boiled, it gathers heat energy. It then becomes a gas , breaking away from other water particles. it gathers together on a colder surface and loses some of that energy, reverting it back to water.
steam is to liquid as smoke is to fire
Yes. Water droplets are seen at the spout of the kettle. Water vapour from the boiling water is condensed with the surrounding air(which is cooler)to form water droplets.
The evaporation of water by boiling is the transfer of thermal energy (radiation or convection) to the molecules which form water vapor. The energy is the same, but it changes from kinetic to potential energy. As the water vapor gives up heat by conduction in the air, the water again condenses (dew, rain, ice, snow).
Heat
No. Steam is the gaseous form of water, and is invisible. The cloud of white stuff you can see above a boiling kettle is water vapor; droplets formed by the condensation of the steam as it collides with the cooler air outside the kettle.
Steam, which can't be seen, not to be confused with the white clouds that come from a boiling kettle that is water vapour or condensed steam. If you look closely at the spout of a boiling kettle you will see that close to the spout it is clear that is steam or water in its gas form.
Energy in the form of rapidly moving molecules that are transferred to the kettle, which transfers to the water itself. The heat is caused by the friction of the molecules caused by the heating source.
The type of energy which is used to boil water is commonly heat energy. This will result to a changes from the liquid state to gaseous in form of water vapor,.
the difference is that water vapour is just one particle that joins together with more and more to form steam
the heat is a form of energy...and heat is stored is the water...so heat energy become potential energy because heat is stored in water
ni
The boiling point of a substance is the temperature where the molecules have enough energy to break the inter molecular bonds and form gas bubbles anywhere throughout the liquid. The higher the atmospheric pressure the more energy is required to form the bubbles and, therefore, the higher temperature is required. The boiling point of water varies depending on the weather ie the current atmospheric pressure. The boiling point of water decreases as the altitude increases.
A kettle lake is a shallow, sediment-filled body of water formed by retreating glaciers or draining flood-waters.