Its because oil can resist its temperature, where as water cannot... when oil is heated and then left to cool.. it looses its temperature slowly , so tat values of current can be noted conveniently. where as if water is used, it looses its temp very fastly and v cant get current values at regular intervals of temperature
Its because oil can resist its temperature, where as water cannot... when oil is heated and then left to cool.. it looses its temperature slowly , so tat values of current can be noted conveniently. where as if water is used, it looses its temp very fastly and v cant get current values at regular intervals of temperature
Some type of easily crushable material to absorb energy and thus refuce force. Also water can be used to splash out and absorb energy
You can seee with the help of experiment
Light energy is indeed considered to be a raw material. This is because it does not need to be altered by humans to be used.
the solvent is the material that dissolves the solute in an experiment. for example, if you are making cool-aid, the cool-aid powder would be the would be the solute, and the water would be the solvent.
total energy IS CONSERVED and the principle of conservation of energy does hold
Hot water need less energy to be evaporated than cold water.
The conclusion of the walking water experiment is that water can defy gravity and move against the normal flow due to a process called capillary action. This occurs when water is absorbed by a material such as paper towels and then moves through the material to reach another source of water.
The raw material(s) for Hydroelectricity is water collected behind a dam. The way to retrieve it is wait for the rains to come and refill the lake. No muss, no fuss, the water cycle works for us.
By the fish
Energy and Material conservation are not Possible without Water conservation.
You will need a stove, pot, water, thermometer, and a timer for the experiment. The amount of water does affect how long it takes to boil as more water will require more energy to heat up and reach its boiling point compared to a smaller volume of water.