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True. Power is the rate at which work is done, so doing the same amount of work in less time requires a higher power output. This can be achieved by increasing the force applied or the speed at which the work is done.
Running up requires more power. The reason is that you spend the same energy in less time.Running up requires more power. The reason is that you spend the same energy in less time.Running up requires more power. The reason is that you spend the same energy in less time.Running up requires more power. The reason is that you spend the same energy in less time.
It requires less water than c3 plants.
The Texas government has the same amount of federal power that any other state enjoys.
Not necessarily. The amount of work depends on both the power and the amount of time it is applied. Less power may mean that the work is done more slowly, but the overall work done can still be the same as with more power but for a shorter duration.
Power can be increased by gaining more influence or control over resources, such as money, people, or information. It can also be increased by building strong relationships and alliances with other influential individuals or groups.
The same amount of work is done in less time.
They have both done the same amount of work. But the snow blower has more power and does the same job in less time.
If the same processor is installed on both a laptop and a desktop, then the each of the processors will use the same amount of power. But, usually, in computer companies don't put more powerful desktop processors into their laptops, they usually use a less powerful processor, which would less power than the average desktop processor.
Increasing the efficiency of a simple machine means that it requires less input work to produce the same output work. This results in less wasted energy and ultimately allows the machine to do more work with the same amount of input.
Nuclear power is based on Einstein's law of relativity. E=MC² states that a small amount of mass is equivalent to a large amount of energy. The products from the nuclear reaction weigh less then the original atoms. The difference in weight is converted into energy.One pound of 235U can generate over 2 million times more energy than 1 pound of coal!