Please use equations from equation sheet. dpobjE Fon obFo= mobjdobjdt= mog= kAxEOWr = SF| cos 0 |dž|WF = F cos 0 |AŘ|If friction: AEth = |Ffriction||A|ΣΕEEni + Wext = EnfOREMech,i + Wext =EMech,f + AEmt%3D%3DΔΕEMech = K + UC + USPΔεK = }mv²UG = mghUS = kAx?%3D An air gun with a 30-cm long barrel fires a 56-g ball straight upwards. While the ball is in the barrel, compressed air exerts a constantforce of 3.2-N force upwards. Calculate the maximum height above the end of the air gun that the ball reaches. [Note: The pressure fromthe air gun is not air resistance; consider it to be a pushing force of sorts.]Note: You must solve this problem using kinematics from Unit 1 as well as forces from this unit. (Yes, you could also use another"toolbox" of equations for part of the problem, but I want you to solve it using kinematics specifically). Make sure to have a motiondiagram as well as a free-body diagram as part of your organizational setup, and be very clear about your choice of origin!!

Given,Length of the air gun, l = 30 cm = 0.3 mmass of the ball, m = 56 g = 0.056 kgwhile the ball in…

An air gun with a 30-cm long barrel fires a 56-g ball straight upwards. While the ball is in the barrel, compressed air exerts a constant force of 3.2-N force upwards. Calculate the maximum height above the end of the air gun that the ball reaches. [Note: The pressure fro the air gun is not air resistance; consider it to be a pushing force of sorts.] Note: You must solve this problem using kinematics from Unit 1 as well as forces from this unit. (Yes, you could also use another "toolbox" of equations for part of the problem, but I want you to solve it using kinematics specifically). Make sure to have a motion diagram as well as a free-body diagram as part of your organizational setup, and be very clear about your choice of origin!!

An air gun with a 30-cm long barrel fires a 56-g ball straight upwards. While the ball is in the barrel, compressed air exerts a constant force of 3.2-N force upwards. Calculate the maximum height above the end of the air gun that the ball reaches. [Note: The pressure fro the air gun is not air resistance; consider it to be a pushing force of sorts.] Note: You must solve this problem using kinematics from Unit 1 as well as forces from this unit. (Yes, you could also use another "toolbox" of equations for part of the problem, but I want you to solve it using kinematics specifically). Make sure to have a motion diagram as well as a free-body diagram as part of your organizational setup, and be very clear about your choice of origin!!

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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