Want this question answered?
If a hammer strikes a nail, the movement energy will be converted into heat energy. Or most of it, at any rate.
It creates sound energy as a side effect of its operation which is mechanical energy.
u r a doodoo head
joule
Mechanical energy is formed using a source of energy transferred to motion or electricity by means of gears. Every moving object has mechanical energy, whether it is a hammer driving a nail, a leaf falling from a tree, or a rocket flying in space.
I will turn into a pumpkin when the clock strikes twelve. The blacksmith strikes the heated metal with his hammer.
The action is the mechanical assembly that translates a key press into the mechanical motion of a hammer such that it rapidly strikes a string to make a sound.[Edit: all links moved to sources and related links, telephone number removed].
All in one sentence? Ok... "The potential energy in a watch spring is translated to kinetic energy by the mechanical energy of the spring unwinding." Or.. "Kinetic energy is released when a body moves from one state to another." "The potential energy of a circuit is understood by analyzing the circuit components." "Striking the head of a nail with a hammer is an example of mechanical energy." or.. do it your self :D
part of claw hammer that strikes the head of the nail
A hammer when swung in a downward motion contains energy. When the hammer strikes an object the energy is transfered to the object i.e a nail, causing the nail to move in a downward motion. One might ask the question how does a screwdriver work. The turning motion of the screwdriver upon a screw causes the screw to pull itself into, say, a piece of wood. Like the hammer energy is the important factor. Velocity and weight of the head
A hammer when swung in a downward motion contains energy. When the hammer strikes an object the energy is transfered to the object i.e a nail, causing the nail to move in a downward motion. One might ask the question how does a screwdriver work. The turning motion of the screwdriver upon a screw causes the screw to pull itself into, say, a piece of wood. Like the hammer energy is the important factor. Velocity and weight of the head
A sound is produced when a metal blade called a tangent strikes the string.