This question is so stupid i can't even trash it... oh wait i did. XD
The power needed would depend on the force required to move the piano and the distance it is moved in 5 seconds. Without knowing these factors, an accurate estimate cannot be provided.
For work to be done the piano has to be moved. As W = F x d and if distance (d) is zero then F x d = 0 Thus if piano doesn't move NO WORK WAS DONE.
The moon is worshiped as a deity in the temple of the heart. There is no distance or steps needed for something deep in the heart.
form_title= Piano Moving Cost form_header= Budget your piano move before you do it. What is the make and model of your piano?*= _ [50] How much does your piano weigh?*= _ [50] Where are you moving?*= _ [50]
The answer depends on the mass of the piano and the height of the floor.
To determine the force needed to move the object, you can use the work-energy principle - work done is equal to the force applied multiplied by the distance moved. Given that the work is 160J and the distance is 8m, the force required can be calculated as 160J / 8m = 20N. Therefore, a force of 20N would be needed to move the object 8m across the floor.
5000 joules
depends on the type of piano and where it is to be moved. The cost will be less if you only want it moved to a different room and it is an upright piano. The cost will also vary between moving companies or individuals doing the move. The best way to determine a base is to call different moving companies and ask them.
The distance from the fulcrum to the resistance force in a lever is called the load arm or effort arm. This measurement helps determine the mechanical advantage of the lever system and how much force is needed to balance or move a load.
Yes.Yes.Yes.Yes.
It is important to play piano with all fingers because as you progress and move onto harder music it becomes so much easier if you can use all fingers.
The work done on the box is given by the formula work = force x distance. More information is needed to calculate the total work done on the box as the amount of force exerted to move the box is required.