Untitled document - Google Doc X:+A docs.google.com/document/d/1FBOipbty7yLRQ9dV-z1vE1uq-IVDIE4HHfsF22MufYs/edit| Apps A Google DriveGoogle Docs M GMAILM Mammoth MountainGoogle TranslateD Youtubef FacebookYES MOVIESCSUFGLENDALEPASADENAUCLAS SMCCUntitled documenta ShareFile Edit View Insert Format Tools Add-ons HelpLast edit was seconds agoA PI UE E/ Editing100%Normal textArial113|74Headings you add to the document willappear here.A copper block of mass m, is launched into the air with a speed v, and an angle A. As shown in the figure below, an applied force Facts parallel to the inclineto push their pair of blocks until m, is in the air. The mass of the other block is m, and the height at which m, is launched into the air is h. Use the followingvalues: m, = 4.000 kg, m2 = 2.000 kg, A = 25.000 degrees, vị = 7.500 m/s, h = 1.500 m, 4, = 0.5500 and 4 = 0.3000.(a) Draw a FBD of the block m;, assuming the applied force is pushing it up the incline.(b) The blocks are pushed by the applied force F for 1.650 s before m, is launched. If the blocks start from rest, what is the magnitude of their accelerationwhile being pushed? (the time starts when the blocks start moving)(c) What is the magnitude of the applied force F needed to launch m, at a speed of v, in 1.650 s when the blocks start from rest? (Assume that the magnitudeof F is large enough to start the blocks moving from rest.)(d) What is the velocity of m, at its peak height after being launched?(e) How far from the edge the incline does m, land on the ground? (What is the horizontal distance?)12:06 PMP Type here to searchPs3/19/20214!

Hi there! Since there are multiple subparts in the question posted and it is not mentioned what is…

A copper block of mass my is launched into the air with a speed v and an angle A As shown in the figure below, an applied force Facts paralel to the incline to push their pair of blocks until my is in the air. The mass of the other block is m, and the height at which my is launched into the air ish Use the following values m, - 400 kg my - 2000 kg. A- 25.000 degrees. v + 7.500 m/s, h + 1.500m, p, -0.5500 and a-0.3000 Drawa FBD of the block m, auming the spled foce poting up the indine. N The blocks are pushed by the applied force F for 1.650 s before my is launched. I the blocks start from rest, what is the magritude of their aceleration while being pushed? the time starts when the blocks start moving oWhatis the magritude of the applied force F needed to lunch m; at a speed of v, in 1.650 s when the blocks start from rest? (Assume that the magnitude of Fis large enough to start the blocks moving from rest) a What is the velocity of my at its peak height after being launched? lel How far from the edge the incline does my land on the ground? (What is the horizontal distance

A copper block of mass my is launched into the air with a speed v and an angle A As shown in the figure below, an applied force Facts paralel to the incline to push their pair of blocks until my is in the air. The mass of the other block is m, and the height at which my is launched into the air ish Use the following values m, - 400 kg my - 2000 kg. A- 25.000 degrees. v + 7.500 m/s, h + 1.500m, p, -0.5500 and a-0.3000 Drawa FBD of the block m, auming the spled foce poting up the indine. N The blocks are pushed by the applied force F for 1.650 s before my is launched. I the blocks start from rest, what is the magritude of their aceleration while being pushed? the time starts when the blocks start moving oWhatis the magritude of the applied force F needed to lunch m; at a speed of v, in 1.650 s when the blocks start from rest? (Assume that the magnitude of Fis large enough to start the blocks moving from rest) a What is the velocity of my at its peak height after being launched? lel How far from the edge the incline does my land on the ground? (What is the horizontal distance

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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