1 watt
To hold a 1-kilogram book 1 meter above the floor, you exert a force equal to the weight of the book, which is approximately 9.81 newtons (N). However, since you are not moving the book, the power required is zero because power is the rate of doing work or transferring energy. Holding the book stationary does not involve work being done in the physics sense, as there is no displacement. Therefore, the power required is 0 watts.
72
(a to the power of 1)/(a to the power of 1)=1 So, a to the power of (1-1)=1 Therefore, a to the power of 0=1
Points: (1, -2) and (1, -5) Distance: 3 units by using the distance formula
1 to the power of anything is 1.
The power required to exert a force of 1 N over a distance of 1 m in 1 second is 1 watt. This is because power is defined as the rate at which work is done, and in this case, the work done is 1 joule in 1 second.
one jule
one jule
You would expend 2 watts of power when you exert a force of 1N that moves a book 2m in a time interval of 1s.
You would expend 2 watts of power when exerting a force of 1 N to move a book 2 meters in one second. This can be calculated using the formula for power, which is Power = Work / Time. Given that Work = Force x Distance, the power expended would be 1 N * 2 m / 1 s = 2 watts.
1 MW is not a distance it is a measure of power.. 1 Megawatt=1million watts MW can also stand for molecular wight which also is not a distance
The amount of work done is 1 joule. Work is calculated by multiplying the force applied (1 newton) by the distance moved (1 meter). So, 1 newton x 1 meter = 1 joule.
It'll only deliver 1/4 of the power.
An Amp Hour is the maximum quantity of power a power source might deliver for an hour. As an example, a 500 Amp Hour (Ah) battery might deliver enough power to turn the starter of a car for a few minutes, but would power a 500 Mili Amp (Ma) light bulb for 1000 hours (in a perfect world).
Provided the load has a power factor of 1 power is transferred when the live is both positive and negative. The power pulsates at double the supply frequency in a single-phase system
Pushing against a 1 Newton force over a 1-metre distance.
Deliver Me - 2008 1-4 was released on: USA: April 2008