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1. Come up with expressions for the net force components for the situation described above (projectile launched up & right). Enter the expression in terms of the forces by using the symbols listed above. Let down & left be positive. Fnetx- FG-(-Fa) Fnety = FG+F,

1. Come up with expressions for the net force components for the situation described above (projectile launched up & right). Enter the expression in terms of the forces by using the symbols listed above. Let down & left be positive. Fnetx- FG-(-Fa) Fnety = FG+F,

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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I dont know the formulas used to find the Fnet of x and y. I keep in getting F_G-F_d=Fn. The problem above is connected to the one below.

10. A projectile is fired up and to the right at an angle e (0 # 0° & 0 # 90°). Identify the directions of the forces listed below that are acting on the projectile when it is at the peak. Gravity (FG): 1 Air drag (Fa): - Normal force (FN): No normal force v Kinetic friction (F): No kinetic friction v Static friction (F): No static friction Tension (F7): No tension ♥ Spring force (Fgp): No spring force 11. Come up with expressions for the net force components for the situation described above (projectile launched up & right). Enter the expression in terms of the forces by using the symbols listed above. Let down & left be positive. FG-(-Fa) Fnetx= Fc+Fd Fnet.y = G+F1
Transcribed Image Text:10. A projectile is fired up and to the right at an angle e (0 # 0° & 0 # 90°). Identify the directions of the forces listed below that are acting on the projectile when it is at the peak. Gravity (FG): 1 Air drag (Fa): - Normal force (FN): No normal force v Kinetic friction (F): No kinetic friction v Static friction (F): No static friction Tension (F7): No tension ♥ Spring force (Fgp): No spring force 11. Come up with expressions for the net force components for the situation described above (projectile launched up & right). Enter the expression in terms of the forces by using the symbols listed above. Let down & left be positive. FG-(-Fa) Fnetx= Fc+Fd Fnet.y = G+F1
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