Two soccer players kick a soccer ball simultaneously exerting horizontal forces of F1 = 138 N at θ = 33.9 degrees north of west and F2= 258 at φ = 43.3 degrees east of south. The mass of the soccer ball is m 0.420 kg. Take north to be positive y direction and east to be positive x direction A) Write an expression for the x component of the acceleration ax of the ball B) Write an expression for the y component of the acceleration ay of the ball C) What is the x component of the acceleration of the ball in m/s2 D) What is the y component of the acceleration of the ball in m/s2
Two soccer players kick a soccer ball simultaneously exerting horizontal forces of F1 = 138 N at θ = 33.9 degrees north of west and F2= 258 at φ = 43.3 degrees east of south. The mass of the soccer ball is m 0.420 kg. Take north to be positive y direction and east to be positive x direction A) Write an expression for the x component of the acceleration ax of the ball B) Write an expression for the y component of the acceleration ay of the ball C) What is the x component of the acceleration of the ball in m/s2 D) What is the y component of the acceleration of the ball in m/s2
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter4: The Laws Of Motion
Section: Chapter Questions
Problem 1P: A force F applied to an object of mass m1 produces an acceleration of 3.00 m/s2. The same force...
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Two soccer players kick a soccer ball simultaneously exerting horizontal forces of F1 = 138 N at θ = 33.9 degrees north of west and F2= 258 at φ = 43.3 degrees east of south. The mass of the soccer ball is m 0.420 kg. Take north to be positive y direction and east to be positive x direction
A) Write an expression for the x component of the acceleration ax of the ball
B) Write an expression for the y component of the acceleration ay of the ball
C) What is the x component of the acceleration of the ball in m/s2
D) What is the y component of the acceleration of the ball in m/s2
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