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Weight influences the amount of energy in a system, because with the amount of mass increasing in the ball, the distance did as well.

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Factors that influence the amount of energy in a system include height, speeds, mass, and force.

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The more mass an object has the farther it will travel.

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Kaylee, Andrew, Sami (imaginary Antonio)

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Kaylee, Andrew, Sami (imaginary Antonio)

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Mass, height, and force influence the amount of energy in a system.

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We saw when we put the marble up higher on the ruler, it had more energy to push the notecard further, then it would have if it was at a lower point. We also noticed in the skatepark that when you dropped the person from a higher point onto the track, he would have more kinetic energy.

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This happens becasue as the marble gors down, it gains more speed. This caused more force to go in the note card, causing it to go down further. Height matters because when you drop a person from the skate park at a higher distance, we noticed that the person got a higher speed, . Therefore, this caused him to have more kinetic energy.

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Mass and location affect the amount of energy in a system.

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The mass of the pool ball was the heaviest at 5.91 grams. In the data table, the pool balls average was 42.6 which was by far the farthest average for each object.On the other hand the marble is .13 grams and only pushed the average distance it pushed was 5.06 centimeters. The last piece of  evidence is when the skateboarder weighed more she went faster than when she weighed less.

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In the lab the marble the pool ball and the tennis ball all had different weight and distance. The pool ball had the most distance as it was the heaviest,and the marble being the lightest and being the shortest.

Also if the distance from the ground increases the height bounced from the ground increased as well. If all the balls were dropped from the same height the heaviest bounced the highest and the lightest bounced the least.

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In the mini energy staions lab, there was one station where we had to drop a tennis ball from certain heights. The higher we put the tennis ball up, when the ball was raised to twice it's original height and the ball rebounded 50% more. For mass, in the mini lab stations we weighed different types of balls and pushed them off the tract (at the same height) to see which one pushed the note card the farthest. The pool ball, weighing 184.5, pushed the note card the farthest with the average of 25.2 cm.

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Andrew, Kaylee, Sami and imaginary Antonio

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Andrew, Kaylee, Sami and imaginary Antonio

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In the energy mini stations the third station the more mass results in more distance the notecard was pushed. With the marble weighting 3.9 grams resulted in a 14.2 average distance of the notecard being pushed. Then with the pool ball weighting 184 grams the total distance was 33.8 cm. The the second station, with the different heights, when the height the ball was rolled was 10cm it was only pushed 8.3 cm. When it was at 30 cm  the notecard was pushed 17.5 cm.

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The factors that influence the amount of energy in a system is mass, and height.

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Our evidence is that when we put the ball higher up on the meter stick, it went down with more potential energy and bounced back up. Also when we put the dropped the different balls down the ramp, it pushed the note card farther or shorter according to it's mass. The more mass that the ball had, the farther it pushed the notecard

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This is because the higher you put the tennis ball up, the more potential or potential energy it has to fall down and rebound. If you put it lower, then it has less energy to rebound and go back up. Mass affects the energy in a system because the bigger an object is, the more energy it has to push an object forward.

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In the mini skate lab when you put the tennis ball higher the more potential energy and gravitational energy. Potential energy is stored energy and the more stored energy in an object the more kinetic energy. In conclusion mass and location affects the amount of energy in the systems.

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Therefore the amount an object will travel depends on the mass of the object and it's mass.

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If an objects mass is greater the more gravitational force applied to it.

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Kaylee, Andrew, Sami, (imaginary Antonio)

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Kaylee, Andrew, Sami, (imaginary Antonio)

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This shows that mass and height impact the final energy. This is because it shows that when the marble was weighting 3.9 grams it resulted in pushing the notecard 14.2 cm away. When the mass increased, the pool ball, weighting 184 grams resulted in a higher distance, 33.8 cm. This shows that the mass impacts the total amount of energy. Also when the height of the ball on the ruler increased then the total centimeters the notecard was pushed increased.