Such sound would typically be absorbed after a time. When this happens, most of the energy will be converted to heat energy.
In addition to above, the sound itself is kinetic energy which in moving ahead faces resistance or the friction of the medium that leads to convert sound energy into heat energy. Here, optical and thermodynamic phenomenon seems interlinked.
The energy, lost to friction, is converted to heat and sound.
It is lost as heat.
Most of it gets lost as friction.
hi, when generator is running on no load,it is having its own load because of it produce some voltage drop,result electric energy is generated.
a cell phone ringing which gives of sound energy.2 wires that connect a battery to a light bulb to make it light up which demonstrates electrical energy.someone pushing someone else on a swing which demonstrates motion energy.
The energy, lost to friction, is converted to heat and sound.
The energy, lost to friction, is converted to heat and sound.
After a while, sound energy is usually absorbed, and converted to heat energy.
neither its sound waves that go into your ear
It is lost as heat.
it runs out of energy and dissipates.
It is lost in heating the resistive material of the rheostat.
A sound wave is a longitudinal wave.thus the vibratoins and energy transfer go in the same direction
Most of it gets lost as friction.
energy is never lost. It is either converted from one form of energy to another (from heat to mechanical, from mechanical to electric, from electric to heat).
hi, when generator is running on no load,it is having its own load because of it produce some voltage drop,result electric energy is generated.
a cell phone ringing which gives of sound energy.2 wires that connect a battery to a light bulb to make it light up which demonstrates electrical energy.someone pushing someone else on a swing which demonstrates motion energy.