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This shows the baseball before getting hit by the bat. We review the potential, kenitic, and mechanical energy behind this.

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This week I learned about the amount of energies there are. The two most commonly known energies are kinetic and potential which together create mechanical. I made a hockey puck due to the warm up we did today.

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I made a baseball to show that speed matters on lighter objects. I decided to make this because it shows speed can transfer a bigger force than weight itself.

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This is the Kinetic formula to calculate how much Kinetic Energy something has.

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the hockey puck we review the energy

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This shows a man kicking a soccer ball, it shows the potential and kinetic energy before it was hit

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This week I learned that these two things have two different types of energy in them

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This shows a ball that can be any type of ball like a baseball. We reviewed potential, kinetic and mechanical energy with this.

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This week I learned how kinetic, potential, and mechanical energy works. I decided to sculpt a soccer player as it shows the use of all these different types of energy.

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I Made a solar panel to represent a renewable energy source that converts the suns energy into electricty and heat.

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This symbol shows mechanical energy what I learned this week. well to get this energy you have to combine potential and kinetic energy together.

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I made a soccer ball to show potential energy being the ball in rest but when it gets kicked it turns into kinetic

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This shows a guy kicking the ball and I learned how to find his kinetic energy by using the velocity and kg of the ball.

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I learned about how mechnical energy is made with the combination of 2 energies. Those 2 energies are kinetic and potential which is very common and are in many of our everyday activities. I made a hockey stick.

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This sculpture represents the electrical energy which was a subject that we were reviewing and learned about how electrical energy is a type of kinetic energy caused by moving electric charges.

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I learned the formula to figure out how much Kinetic energy is in an object.

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KE means kinetic energy the energy of motion. It depends on an object’s mass and speed.

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This week I learned how potential and kinetic energy can make gravitational energy by kicking a ball that goes into the air. This shows the guy kicking the ball and the ball goes into the air creating gravitational energy.

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this shows a baseball and a bat . the baseball and bat represent how kinetic energy is transferred from the bat to the baseball making it gravitational kinetic energy

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something i learned is have kinetic, potential, and many more work. also how they all work

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This week I learned that when a soccer ball is still its potential energy and when its kicked it turns into Kinteic and mechanical energy

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I made a light bulb because it represents thermal energy. It represents it cause for example if Mis Sanchez has all 3 lights on the room would get hot because of the radiology.

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i made a brain because it functions energy throughout the body in order for it to move

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I made a ball to demonstrate how balls are a perfect example of potential and kinetic energy as they start with potential energy and get transferred kinetic energy creating mechanical energy.