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Efficiency cannot be greater than 100% because efficiency measures energy, and since energy is not made, only transfered (conservation of energy) then we cannot gain energy. Hence the energy out must be at most the energy in. Thus efficiency can be at most 100%
a 60 meters
The formula for energy. E is for energy(Units = Joules) P is for power(Units = Watts) T is for time(Units = Seconds)
No, due to the fact machines loose energy due to heat/thermal energy. you will always loose some amount of energy.
The total work done or energy transferred is equal to the product of the force and the displacement in the direction of the force applied. In this case it would be 300N x 10m to get 3000J. This energy is transferred in 10 seconds and since power is energy transferred per unit time... 3000J divided by 10 seconds equals 300 Watts or 300 Joules per second.
III, IV, and V
A wave transports energy. The greater the energy, the greater the amplitude of the wave.
The energy input is always greater than energy output.
What is the predominantly used energy system in Australian rules football game
The one with the greater velocity will have the greater kinetic energy.
The kinetic type does.
Oxygen has the greater bond energy.
potassium is greater in the second ionization energy.
Predominantly Physics which involves the study of both 'motion' and 'energy' . However, 'energy' is sometimes studied in Chemistry.
potential energy.
The meaning of energy in scientific terms: The ability to do work; as the Greek meaning goes: "Activity".
As individuals age, their dietary energy requirements may decrease due to a decrease in metabolism and muscle mass. Activity level also plays a role, with more active individuals requiring more energy. Health conditions, such as illness or pregnancy, can also impact energy needs, often requiring adjustments to support recovery or increased demands. Consulting with a healthcare provider or dietitian can help determine appropriate dietary energy requirements based on individual factors.