how electric power is increased when increasing input fuel flow?
607432
While increasing flow of fuel u r increasing the speed of the driver unit (eg. increasing the speed of diesle engine which drives the alternator) bu thus more RPM and more power (however it will not increase more than the rating)
1030651
these increase fuel consumption for 2 reasons .using a/c increases fuel consumption due to power being used to power the a/c's compressor. this is a pump to circulate refrigerant gas around the system. open windows increase fuel consumption due to increased wind ressitance /drag of the car when windows are open.
348003
Have a look at http://science.howstuffworks.com/power.htm
588961
it increases because your body burns more calories to ensure constant supply of energy
202078
A power supply will provide as much amperage as possible depending on the resistance of the circuit.  The formula is voltage=Amps (current) times Ohms (resistance).  Or E=IR\nIt is possible that the resistance of your race car is too much for a small power supply.  The power supply can't overcome the resistance of the car.  \nMost little converters are built for electronics running very little resistance.  An electric motor has higher power demands.
428505
do something on alternative energy or fuel sources. or hybrid machines.
721433
Edit: Perhaps I should revamp my answer to provide a clearer (actual) answer, that explains exactly what plays a role and, in effect, why I am right. I also added a couple sources you should read (in case you don't believe me ;-).\n\nAs asked at the first source (which has very good information about electric motors), "How can I make the motor spin faster or slower?". The answer is that it has to do with the power of the magnetic field. Because electicity is magnetic, you can either effect the speed by using a more powerful magnet or a more powerfully magnetic electrical current.\n\nTo quote Wikipedia about what a volt is, "The volt is the SI derived unit of electric potential difference". To truly understand what the "electric potential difference" means, you must first better understand the volt. The volt is a measurement of electromotive force (emf) and is just defined in terms of amperes and watts.\n\nAn amp is the constant current which produces a force equal to 2x10^-7N per meter, when travelling across two parellel wires one meter apart. It is one coulomb of charge per second (Q/t). It is a base unit upon which other units of electicity are defined (such as the volt).\nA watt is the unit of power equal to one joule of energy per second (P=W/t).\n\nHmm. Power? Power of a magnetic field? So how can you get more power in your circuit? If your power source is not rated by power output, then you can figure out the power using convertion:\nA=W/V=C/s\n\nIf you want a higher wattage, you can increase the voltage (electrical potential) or the ampage (current) or both. Or you can increase the charge - the amount of electricity (coulombs).\n\nSo the fact remains that voltage is *not* directly related to the speed of a motor. It can be directly converted in a way that makes it useful for that purpose, but any number of other things can be done to increase the power - the real goal you are looking for.\n\nThe answer is a definite "No." and a half-assed "Yes.".\n\n\n---Original Answer---\nNo. You might want to read more about the electric motor ( http://en.wikipedia.org/wiki/Electric_motor ) and magnetic properties of electricity ( http://en.wikipedia.org/wiki/Electromagnetism ). Also see the definitions of volt ( http://en.wikipedia.org/wiki/Volt ), watt ( http://en.wikipedia.org/wiki/Watt ), and amp ( http://en.wikipedia.org/wiki/Ampere ).
371415
use extra speed and use more energy at the start
632673
yep.\n\nthe volume is a rheostat (adjustable resister), so by raising the volume of the output, you are putting more energy into the cup (like shouting louder into a soup-can telephone)
239402
Try creating alternative fuel. I'm reduced to cycling since the recent fuel price increase.
978597
Direct sunlight or elevated temperatures will increase the temperature of the gas inside the container and thereby increase the pressure.  Very high temperatures can increase the pressure until the container bursts.
963146
yes, add a watt and an ohm, it makes for an electrifying relationship.
506214
Ans. C) lead (IV) oxide acts as a catalyst and speeds up the reaction, so that more O2 is evolved per unit time.\n\nAns. D) --by increasing the temperature
465224
the colder the air the more dense it is and therefore the more oxygen it contains, but you will need to increase the amount of fuel otherwise the mixture will be lean and the engine will overheat.
394450
there are different type of pumps but basically the pump is rotated by motor. fuel flows into the pump and by pump's rotation, its outflow will have higher velocity.
1014979
The power output is smaller than the power input as most of the energy usually has been converted to heat in the process...
743471
Most common loads (especially motors) generally appear as a resistance (the power-consumming portion that performs actual work) in parallel with an inductance, which, being reactive, does not contribute to work performed.  This normally-small inductance tilts the phase angle between voltage and current such that they aren't in phase with each other, causing a power factor of less than unity.  In this case, the volt-amps product is somewhat higher than the watts.  Since electrical meters measure volt-amps, and you get billed for volt-amps instead of watts, some portion of your energy bill may be for power that you did not actually consume.  In large installations, this can represent a sizable dollar amount.  Power factor correction, which reduces the reactive portion by adding capacitance to counter the inductance (or by adding inductance if your loads appear capacitive) will tend to make the volt-amp product equal the watts, and thus lower your energy bill.