The work you originally did to get up the hill is the total amount of energy in the system.
Potential and kinetic energy biker.
The correct option is c as biker is on the downside of the hill that is where the kinetic energy is greatest.
For example when a bus speeds up going down a hill the potential energy of bus converts into k e.
Energy can neither be created nor it can be destroyed.
The unit of energy is joules.
The potential energy curve is a property of the object and whatever it s interacting with.
There is not much potential energy at the bottom of the hill but there is a great amount of kinetic energy.
From there on it is all kinetic energy.
If you start the object at a different location or with a different initial kinetic energy the total energy line can shift up or down.
When riding a bike potential energy comes from your body where you convert your stored energy into kinetic energy in the pedalling.
Kinetic energy energy is the capacity of a system to do work according to taber s cyclopedic medical dictionary 19th ed all forms of energy are classified as either kinetic or potential energy or some combination of the two.
Energy can only be converted from one form to another.
Take a classic example of a simple pendulum.
The faster the body move s the more the kinetic energy is formed as a process of movement.
When the bus will reach the bottom of the hill the kinetic energy will become maximum.
As the pendulum swings the suspended body moves higher and due to its position potential energy increases and reaches a maximum at the top.
While kinetic energy is the energy which an object contains because of a particular motion.
There will come a point where the value of both the kinetic energy as well as the potential energy will become the same.
When the biker is halfway up or down the hill kinetic energy and potential energy are equal.
Picture yourself riding a bike up a hill resting for a bit and then coasting down the other side.
On the other hand potential energy is the stored energy because of its state of rest.
Kinetic energy is the energy of movement.
The object will turn around where the total energy line and potential energy curve cross.
As long as it is moving at a constant velocity the potential energy will become zero.
As you work to get up the hill you gain potential energy.
The energy from your.
Energy is broadly classified as kinetic energy and potential energy.
Kinetic energy slowly decreases and at the same rate potential energy increases as the biker climb up the hill.
The law of conservation of energy states that energy cannot be destroyed but can only be transformed from one form into another.
Moving objects perform work by imparting movement to other matter.
Interconversion of kinetic and potential energy.
