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Lab 3: Energy & Power Part A. In this lab, we will explore the relationships between work, kinetic energy, potential energy, and even power through some makeshift pulley systems. In you lab kit, you should find thread, the ping pong ball and marble, and the measuring tape. You will also need tape to adhere your thread, to both balls and a timer. You will need to adjust your set up, so make sure your tape can be removed. Find furniture in your home you can use to set up the pulley system pictured to the right. Ideally, both the marble and ping pong ball would be able to hang freely without any normal force acting on them. First, we will bring the heavier ball close to the top of our pulley system and allow it to fall, pulling the lighter ball up a distance. We will then calculate the work done by gravity on the heavier ball and the potential energy gained by the lighter ball. In order to do this, we must measure some quantities first. Fill in the table below with your measurements. Mass Initial Distance from the ground Marble 0.0065kg Ping Pong Ball 0.0027kg m m Allow the heavier ball to drop without allowing it to pull the lighter ball over the top of the pulley system; stop it if necessary. Record the final distance from the ground for both the ping pong ball and marble below in meters. marble ping pong ball 1) Use the equation W=Fd to solve for the work done by gravity on the heavier ball.

Lab 3: Energy & Power Part A. In this lab, we will explore the relationships between work, kinetic energy, potential energy, and even power through some makeshift pulley systems. In you lab kit, you should find thread, the ping pong ball and marble, and the measuring tape. You will also need tape to adhere your thread, to both balls and a timer. You will need to adjust your set up, so make sure your tape can be removed. Find furniture in your home you can use to set up the pulley system pictured to the right. Ideally, both the marble and ping pong ball would be able to hang freely without any normal force acting on them. First, we will bring the heavier ball close to the top of our pulley system and allow it to fall, pulling the lighter ball up a distance. We will then calculate the work done by gravity on the heavier ball and the potential energy gained by the lighter ball. In order to do this, we must measure some quantities first. Fill in the table below with your measurements. Mass Initial Distance from the ground Marble 0.0065kg Ping Pong Ball 0.0027kg m m Allow the heavier ball to drop without allowing it to pull the lighter ball over the top of the pulley system; stop it if necessary. Record the final distance from the ground for both the ping pong ball and marble below in meters. marble ping pong ball 1) Use the equation W=Fd to solve for the work done by gravity on the heavier ball.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Lab 3: Energy & Power Part A. In this lab, we will explore the relationships between work, kinetic energy, potential energy, and even power through some makeshift pulley systems. In you lab kit, you should find thread, the ping pong ball and marble, and the measuring tape. You will also need tape to adhere your thread, to both balls and a timer. You will need to adjust your set up, so make sure your tape can be removed. Find furniture in your home you can use to set up the pulley system pictured to the right. Ideally, both the marble and ping pong ball would be able to hang freely without any normal force acting on them. First, we will bring the heavier ball close to the top of our pulley system and allow it to fall, pulling the lighter ball up a distance. We will then calculate the work done by gravity on the heavier ball and the potential energy gained by the lighter ball. In order to do this, we must measure some quantities first. Fill in the table below with your measurements. Mass Initial Distance from the ground Marble 0.0065kg Ping Pong Ball 0.0027kg m m Allow the heavier ball to drop without allowing it to pull the lighter ball over the top of the pulley system; stop it if necessary. Record the final distance from the ground for both the ping pong ball and marble below in meters. marble ping pong ball 1) Use the equation W=Fd to solve for the work done by gravity on the heavier ball.
Transcribed Image Text:Lab 3: Energy & Power Part A. In this lab, we will explore the relationships between work, kinetic energy, potential energy, and even power through some makeshift pulley systems. In you lab kit, you should find thread, the ping pong ball and marble, and the measuring tape. You will also need tape to adhere your thread, to both balls and a timer. You will need to adjust your set up, so make sure your tape can be removed. Find furniture in your home you can use to set up the pulley system pictured to the right. Ideally, both the marble and ping pong ball would be able to hang freely without any normal force acting on them. First, we will bring the heavier ball close to the top of our pulley system and allow it to fall, pulling the lighter ball up a distance. We will then calculate the work done by gravity on the heavier ball and the potential energy gained by the lighter ball. In order to do this, we must measure some quantities first. Fill in the table below with your measurements. Mass Initial Distance from the ground Marble 0.0065kg Ping Pong Ball 0.0027kg m m Allow the heavier ball to drop without allowing it to pull the lighter ball over the top of the pulley system; stop it if necessary. Record the final distance from the ground for both the ping pong ball and marble below in meters. marble ping pong ball 1) Use the equation W=Fd to solve for the work done by gravity on the heavier ball.
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