can you convert these energy forms?
929118
mechanical = car problems\nchemical = to much bleach\nthermal = to dang on cold \nelectrical = high a@@ light bill\nelectromagnetic = get all them dang magnets of my fridge\nnuclear = move da hell outa da way we about to blow up\n\n:)
51566
depends on the physical science. I will help you
517895
Show a floating ring gear assembly and ask how clean free energy can be produced from it. If you are smart and belive in God and Jesus, you will be allowed to see how it works. It has taken me over thirty years to see the final answer, but it was worth the pursuit. Upon seeing and understanding how it works, the rush is on as to who first presents it to the rest of the world in a working model. May you be a person of God and Jesus and then you will see how it is built. Trust me, it can be done. Dave.
53124
At the speed of light... than the chloroplast from the plant turn it into energy
144735
Actually, I don't think you can. It does that to save energy.
452881
False, because the binding energy increases steeply till iron and again reduces. So I would require enormous accelerators to transmute the element with Z>20.
437326
Yes, just by using an electric motor which is based on both attraction and repulsion.  You would still need a good source of energy though to replace the energy that is provided by the combustion of the fuel.
716085
You can't make a perpetual-motion machine, if that's what you're getting at. Whatever loop you make, you'll always end up losing energy until it stops, unless you are putting energy in (solar) but then what's the point?
1174999
It'd be pretty complicated, but one way might be...\n\nUse the radio waves to heat something.  Connect a heat engine between the warmed object and one at room temperature.  Use the heat engine to run a generator.  Use the generator to charge a battery, and then connect the battery to a light bulb (or laser, or some other thing that emits visible light).  Voila!\n\nAnother way you might be considering is something analogous to frequency doubling-- shine laser light of some wavelength on a crystal, and out from the other end comes laser light with double (or sometimes triple) the frequency.  This won't work with radio waves because they simply don't have enough energy.  Frequency doubling works because of nonlinear effects that take place in the crystal.  Radio waves are not energetic enough to produce nonlinear effects.
17746
electromagnetic energy (light) is converted to chemical energy, or rather chemical potential energy.
967629
It is theoretically possible to make anything a gas (including that).  It would take way too much energy to do so though.
6409
Yes, bombard it with neutrons and it will release energy...\n\nWill it be efficient.. NO. but you can do so.
1184412
Yes, in fact that has been done throught the concept of "Thermo-coupling" but again this method is economically infeasible, because the current generated in the process is in nano amperes.\nor in very small qty.
395234
if you go from A to be and then B to A you should have no overall energy change. one will be an exothermic reacion and the other should be endothermic reaction
1029886
Those values are incorrect.\n\nA simple way to calculate the mass to energy conversion is to take the luminosity of the sun (Energy output/second) and divide it by the speed of light squared: just as E=mc^2, m=E/c^2\n\nThe luminosity of the sun is ~3.8x10^26 Joules/sec.  c=3.0x10^8 m/s, so the sun converts ~4.2x10^9 kg of mass into energy each second, or 4.2 million metric tons.  Multiply by 3600 seconds in an hour to find 15 billion tons/hour (1.5x10^10 kg).\n\nH to He fusion converts a about 0.7% of the rest mass into photons (and an even smaller fraction into neutrinos) so multiply those numbers by 1/.007 to get the number of tons of hydrogen converted to helium.
509058
No way.  And the evidence is easy to find, too.  Plug in a power converter and run something off it for a while, then put your hand on the converter -- it's hot, right?\n\nThat heat is *wasted energy* -- converting electricity from one voltage to another requires work to be done, and that work generates heat, which is the indication of the inherent inefficiences of the process.  If you then reconvert the electricity to 120V, you will experience a second inefficiency, evidenced as more heat lost.
1110557
Energy comes in many forms, right? Electrical, kinetic, potential, heat, chemical etc. And energy can be converted between these forms right? i.e. when you drop something from a height, potential energy is converted into kinetic energy. Same thing when you release a compressed spring. \n\nThe quality of energy refers to the ease with which you can harness it for use and conversion to other forms. For example the energy stored in a battery is high quality energy, since it's easy to harness for use. The ambient heat energy in a room, on the otherhand, is low quality energy, since it not easy or practical to extract the energy for use.