USE GRESA METHOD TO SOLVE THIS PROBLEM 7. Three balls A, B, and C with masses 0.0500 kg, 0.0700 kg, and 0.0900 kg, respectively, are moving along the xy-plane and approaching the origin as shown in the figure below. Ignore friction. The initial velocities of balls A and B are shown in the figure. Suppose all three balls arrive at the origin at the same time and stick together after the collision. What must be the x- and y-components of the initial velocity of ball C in order for the three balls to move along the +x-axis at 1.00 m/s after the collision? Vc 45° A VA= 2.00 m/s B VB = 0.600 m/s y
USE GRESA METHOD TO SOLVE THIS PROBLEM 7. Three balls A, B, and C with masses 0.0500 kg, 0.0700 kg, and 0.0900 kg, respectively, are moving along the xy-plane and approaching the origin as shown in the figure below. Ignore friction. The initial velocities of balls A and B are shown in the figure. Suppose all three balls arrive at the origin at the same time and stick together after the collision. What must be the x- and y-components of the initial velocity of ball C in order for the three balls to move along the +x-axis at 1.00 m/s after the collision? Vc 45° A VA= 2.00 m/s B VB = 0.600 m/s y
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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USE GRESA METHOD FOR THE SOLUTION
7. Three balls A, B, and C with masses 0.0500 kg, 0.0700 kg, and 0.0900 kg, respectively, are moving along the xy-plane and approaching the origin as shown in the figure below. Ignore friction. The initial velocities of balls A and B are shown in the figure. Suppose all three balls arrive at the origin at the same time and stick together after the collision.
What must be the x- and y-components of the initial velocity of ball C in order for the three balls to move along the +x-axis at 1.00 m/s after the collision?
![USE GRESA METHOD TO SOLVE THIS PROBLEM
7. Three balls A, B, and C with masses 0.0500 kg, 0.0700 kg, and 0.0900 kg, respectively, are moving along the
xy-plane and approaching the origin as shown in the figure below. Ignore friction. The initial velocities of balls A and
B are shown in the figure. Suppose all three balls arrive at the origin at the same time and stick together after the
collision.
What must be the x- and y-components of the initial velocity of ball C in order for the three balls to move along the
+x-axis at 1.00 m/s after the collision?
Vc
45°
A
VA= 2.00 m/s
B
VB = 0.600 m/s
y](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fffa0e140-2bac-4ea8-839b-54f0475c4f4f%2F87fc9bad-dc24-4389-be66-dd2ca9e9c39d%2Fnkcdi9l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:USE GRESA METHOD TO SOLVE THIS PROBLEM
7. Three balls A, B, and C with masses 0.0500 kg, 0.0700 kg, and 0.0900 kg, respectively, are moving along the
xy-plane and approaching the origin as shown in the figure below. Ignore friction. The initial velocities of balls A and
B are shown in the figure. Suppose all three balls arrive at the origin at the same time and stick together after the
collision.
What must be the x- and y-components of the initial velocity of ball C in order for the three balls to move along the
+x-axis at 1.00 m/s after the collision?
Vc
45°
A
VA= 2.00 m/s
B
VB = 0.600 m/s
y
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