A stationary observer in the laboratory sees a 10.0 [kg] particle moving with velocity -0.600. What is the particle's momentum according to the said observer?

Physics for Scientists and Engineers
10th Edition
ISBN:9781337553278
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter38: Relativity
Section: Chapter Questions
Problem 40P: An unstable particle with mass m = 3.34 1027 kg is initially at rest. The particle decays into two...
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1. A stationary observer in the laboratory sees a 10.0 [kg] particle moving
with velocity -0.600. What is the particle's momentum according to the said observer?
A. –2.50 (kg]
В. -6.00 [kg]
C. –7.50 (kg]
D. –12.5 (kg]
2. Particle A with mass 9.0 [kg] is at rest relative to the lab frame. What is
the particle's energy and momentum as measured by a rocket frame moving to the +r-
direction with speed 0.80 relative to the lab frame?
7.2 (kg]
A. E = 9.0 [kg], P2
9.0 [kg). Pz
C. E = 15 [kg]. Pz
D. E = 15 (kg], pr = -12 [kg]
B. E =
= -7.2 [kg]
= 12 (kg]
3. A laser pointer pulses out violet light with frequency, 4.20 x 1014 [m-1].
How much energy does each laser photon carry?
A. 2.78 x 10-19 [kg]
В. 9.28 х 10-28 [kg]
С. 1.58 х 10-48
[kg]
D. 5.26 x 10-5* (kg]
Transcribed Image Text:1. A stationary observer in the laboratory sees a 10.0 [kg] particle moving with velocity -0.600. What is the particle's momentum according to the said observer? A. –2.50 (kg] В. -6.00 [kg] C. –7.50 (kg] D. –12.5 (kg] 2. Particle A with mass 9.0 [kg] is at rest relative to the lab frame. What is the particle's energy and momentum as measured by a rocket frame moving to the +r- direction with speed 0.80 relative to the lab frame? 7.2 (kg] A. E = 9.0 [kg], P2 9.0 [kg). Pz C. E = 15 [kg]. Pz D. E = 15 (kg], pr = -12 [kg] B. E = = -7.2 [kg] = 12 (kg] 3. A laser pointer pulses out violet light with frequency, 4.20 x 1014 [m-1]. How much energy does each laser photon carry? A. 2.78 x 10-19 [kg] В. 9.28 х 10-28 [kg] С. 1.58 х 10-48 [kg] D. 5.26 x 10-5* (kg]
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