A force machine does not reduce the amount of work that has to be done
the amout of work done on the engine
The amount of work done depends on the time available
" power "
Divide the amount of work done by 550 pounds per second. Correct Answer is: Power = Work ÷ Time Divide the amount of work done by the amount of time it takes
yes
No. It reduces the amount of force required, but it does not reduce the total amount of work. In fact, due to friction, it will probably increase the total amount of work.
the amout of work done on the engine
In the most precise sense, 'work' is defined as force acting through a distance. So ... straining to agree with something in the question ... if a force has already come along and moved through part of the distance, doing some of the required work in the process, then yes, the work already done by the force has reduced the amount of work remaining to be done. But that's a real stretch.
By increasing the distance also increasing the amount of work done
The amount of work done depends on the time available
The same amount of work is done in less time.
Schools should not have long holidays because this may reduce the length of semesters and the amount of work done during the year.
" power "
No you still do the same amount of work
Divide the amount of work done by 550 pounds per second. Correct Answer is: Power = Work ÷ Time Divide the amount of work done by the amount of time it takes
No you still do the same amount of work
just concentrate and you'll get a lot of work done. Me? i get somewhat good amount of work in an hour! =)