A 25 gram bullet traveling at 600 m/s, collides with a 3-kg block initially at rest. The bullet penetrates the block and exits with a speed of 75 m/s as shown below. After the collision, the block slides along a frictionless surface and engages a spring which brings the block to rest after being compressed a distance of 45 centimeters. Determine; a. The block's velocity immediately following the collision in m/s. b. The spring constant (k) in N/m. (Hint: the bullet may be disregarded in the second phase) c. The amount of kinetic energy lost by the bullet in Joules. d. Determine the magnitude of the impulse delivered to the bullet in kg-m/s. MC 3-kg 0 0 45 cm iw
A 25 gram bullet traveling at 600 m/s, collides with a 3-kg block initially at rest. The bullet penetrates the block and exits with a speed of 75 m/s as shown below. After the collision, the block slides along a frictionless surface and engages a spring which brings the block to rest after being compressed a distance of 45 centimeters. Determine; a. The block's velocity immediately following the collision in m/s. b. The spring constant (k) in N/m. (Hint: the bullet may be disregarded in the second phase) c. The amount of kinetic energy lost by the bullet in Joules. d. Determine the magnitude of the impulse delivered to the bullet in kg-m/s. MC 3-kg 0 0 45 cm iw
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 need help with part a, b, c, d.Thank you
Transcribed Image Text:A 25 gram bullet traveling at 600 m/s, collides with a 3-kg block initially at rest. The bullet
penetrates the block and exits with a speed of 75 m/s as shown below. After the collision, the
block slides along a frictionless surface and engages a spring which brings the block to rest after
being compressed a distance of 45 centimeters. Determine;
a. The block's velocity immediately following the collision in m/s.
b. The spring constant (k) in N/m. (Hint: the bullet may be disregarded in the second phase)
c. The amount of kinetic energy lost by the bulletin Joules.
d. Determine the magnitude of the impulse delivered to the bullet in kg-m/s.
:
TE
m
D
U
HE
=
3-kg
ETY
0
45 cm
w
1.
6.
8.
0.2587
0.1675
0.5743
5223
13.13
13. 4.375
283.6
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