Categories: Science

10 Real Life Examples of Mechanical Energy

Mechanical energy is the sum of kinetic energy and potential energy in an object. It represents the energy associated with the motion and position of an object.

Examples

  1. Swinging Pendulum:
    • Kinetic Energy: The pendulum exhibits kinetic energy as it swings back and forth.
    • Potential Energy: At the highest point in its swing, the pendulum has potential energy due to its elevated position.
  2. Rolling Ball:
    • Kinetic Energy: The ball possesses kinetic energy as it rolls along a surface.
    • Potential Energy: If the ball is on an inclined plane, it has potential energy due to its height above the ground.
  3. Wind Blowing Through a Turbine:
    • Kinetic Energy: The moving air (wind) has kinetic energy.
    • Potential Energy: In a wind turbine, the spinning blades also have kinetic energy, and the height of the turbine above the ground contributes potential energy.
  4. Car in Motion:
    • Kinetic Energy: The car has kinetic energy as it moves.
    • Potential Energy: When the car is on an incline or a hill, it gains potential energy.
  5. Jumping on a Trampoline:
    • Kinetic Energy: The person jumping gains kinetic energy during the upward motion.
    • Potential Energy: At the top of the jump, the person has potential energy due to height.
  6. Bouncing Ball:
    • Kinetic Energy: The ball exhibits kinetic energy as it bounces.
    • Potential Energy: At the highest point in each bounce, the ball has potential energy.
  7. Spinning Top:
    • Kinetic Energy: The top has kinetic energy as it spins.
    • Potential Energy: If the top is lifted before spinning, it gains potential energy.
  8. Swinging on a Swing:
    • Kinetic Energy: The person on the swing gains kinetic energy during the swinging motion.
    • Potential Energy: At the highest point in the swing, there is potential energy due to height.
  9. Water Flowing in a River:
    • Kinetic Energy: The flowing water possesses kinetic energy.
    • Potential Energy: Water at a higher elevation in the river has potential energy.
  10. Flying Airplane:
  • Kinetic Energy: The moving airplane has kinetic energy.
  • Potential Energy: If the airplane gains altitude, it has potential energy due to its height above the ground.
U Javaid

Recent Posts

What is Bio-based Epoxy? Is it Recyclable?

Bio-based epoxy resins are eco-friendly alternatives to traditional, petroleum-based epoxy resins. These resins are important…

5 months ago

Calculating modulus by stress strain curve

Modulus is defined as the slope of the straight-line section of a stress (σ) versus…

6 months ago

Rank of a Matrix| Real World Significance

The rank of a matrix corresponds to the count of linearly independent rows or columns…

10 months ago

The Critical strain energy release rate (Gc)

The critical strain energy release rate (Gc​) is often associated with linear elastic fracture mechanics…

11 months ago

Equation of rate of flow of heat| Definition and Examples

The equation of flow of heat represents Fourier's Law of Heat Conduction, describing the heat…

11 months ago

Difference between Real Expansion and Apparent Expansion

Real Expansion: Real expansion refers to the actual increase in volume of a substance due…

11 months ago