Fill in the data as you complete the lab. In the table, m represents mass and r represents the distance from the fulcrum. Use a zero or a dash (–) when there is no second object on one side of a problem. Include units with all data.The image of the balancing act is scenario 2. The object on the right is called Mystery A. ShowV Mass LabelsForces from ObjectsLevelPositionNoneRulersMarksMystery Objects15kg(A)B?10kg21.75 1.5 1.25 10.75 0.5 0.250.25 0.5 0.75 11.25 1.5 1.75 2MetersMetersBalancing ActPIET =IntroBalance LabGame Table 1: Balance Points of ObjectsLeft Side Object ALeft Side Object BRight Side Object CRight Side Object DmrmmScenario 3

We know M1= 10 kg Distance of M1 from zero R1 = 2 m M2= 1 kg Distance of M2 from zero R2= 1 m M3 be…

Fill in the data as you complete the lab. In the table, m represents mass and r represents the distance from the fulcrum. Use a zero or a dash (–) when there is no second object on one side of a problem. Include units with all data. The image of the balancing act is scenario 2. The object on the right is called Mystery A.

Fill in the data as you complete the lab. In the table, m represents mass and r represents the distance from the fulcrum. Use a zero or a dash (–) when there is no second object on one side of a problem. Include units with all data. The image of the balancing act is scenario 2. The object on the right is called Mystery A.

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter29: Introduction To Quantum Physics

Section: Chapter Questions

Problem 5CQ: Why don't we notice quantization in everyday events?

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Why don't we notice quantization in everyday events?
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1.You are on an interstellar mission from the Earth to the 8.7 light-years distant star Sirius. Yourspaceship can travel with 70% the speed of light and has a cylindrical shape with a diameter of6 m at the front surface and a length of 25 m. You have to cross the interstellar medium with anapproximated density of 1 hydrogen atom/m3.(a) Calculate the time it takes your spaceship to reach Sirius.(b) Determine the mass of interstellar gas that collides with your spaceship during the mission.Note: Use 1.673 × 10−27 kg as proton mass.
2. Suppose you can find the velocity of an object with a 'photogate'. The photogate measure the time the object is breaking a beam of light. So if the object is .12 meters long and the time blocking the beam is 135 ms the velocity will be: .12meters m v = .89 (1) .135seconds Suppose two photogates are set up on a 'frictionless' incline plane (0 : 18°). Assume the time through gate 1 is 232 ms and the second gate is 0.7 meters down the plane. What will be the time through the second gate. (The mass sliding has a length of .15 meters) Cafz L a=9,8sin G