wow, blowing up this balloon really took the wind out of me!
Chemical potential energy to heat, sound, motion kinetic energy -Chemical: there is gas in the stove that is making the stove work -Heat: the heat of the stove cooks the food -Sound: The food makes noise while it's cooking -Motion: the pot is moved around while cooking Entropy: Sounds + motion while cooking can't come back, that energy is gone forever
Elastic potential energy to sound + motion kinetic energy -Elastic: Energy is building built up to kick the ball and more is being built up as I run to it -Sound: a sound is made as I kick the ball -Motion: my foot is moving toward the ball, putting the ball in motion Entropy: Sound + motion will never come back, that energy is gone forever
Elastic potential energy to motion + sound kinetic energy -Elastic: the balloon gets more air inside and stretches the balloon Motion: the movement of the balloon getting bigger Sound: balloon makes sound as it's being blown up Entropy: the sound can never come back, it's gone forever
Gravitational potential energy to motion + sound kinetic energy Gravitational: Ball dropping from net is gravity Motion: the ball drops and then bounces Sound: the ball makes a sound when it hits the floor Entropy: the sound and motion energy can't be regained
Gravitational Potential to Motion, Heat + Sound Kinetic Gravitational: the bike rolling down the hill is gravity Motion: the bike is in motion Sound: the bike makes a whirring sound as it rolls Heat: heat is created from the tension on the ground Entropy: the sound, motion and heat are gone forever
Elastic and Chemical Potential Energy to Motion + Sound Kinetic Elastic: Energy is being built up to kick Mr. Holtein Chemical: storing energy to kick Motion: Leg is in motion to kick, which puts Mr. Holtein's face in motion Sound: a sound is made when my foot connects with his face Entropy: the sound and motion can never come back