1 Watt = 3.412141633 BTU/hour, so multiply the number of watts (that are converted to heat) by the factor, to get BTU per hour.
Multiply this by the number of hours that it is running, to find BTUs.
substances can gain thermal energy by heating them or applying electric shocks
the basic properties of an electric charge is that they posses but negative and positive charge when they gain and lose electron.
kinetic
The symbol Q is used in physics to represent electric charge. That is it's most common application.It can also be used to represent dynamic pressure, fusion energy gain factor, heat, mementum transfer and volumetric flow rate.
nuclear energythe energy is mostly electric and can be charged with the loss or gain of an electron to make it negative or positive. All atoms begin electrically neutral.
armoured OD X 10 time and gain lay of armouring.
Audio engineers talk about the "JND", which stands for "just notiecable difference", which is a 3 decibel gain. That 3 decibel gain requires a doubling of amplifier power. For an amp to sound, subjectively, "twice as loud" requires a tenfold increase in power (300 watts instead of 30 watts).The decibel scale is logarithmic, not arithmetic.
40 watts
You calculate the new kinetic energy, you calculate the old kinetic energy, then you subtract.
electrons
Of course it is, it help the world to gain electric and people can use the electric
substances can gain thermal energy by heating them or applying electric shocks
FETs don't have current gain as no current flows through the gate. The gain of a FET is a voltage gain and is called mu.
Electric charge is the property of substance by virtue of it substance gain or loose electron if their is gain of electron then substance acquire negative charge if loose of elec then positive charge apper on it.
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Metabolic heat gain from occupants in air conditioned spaces at different degrees of activities - in Watts