Question

The velocity of a 3.2-kg particle is given by v = 3.2t³i + (1.6-3.7t²)j +2.5k, where v is in meters per second and the time t is in seconds. Determine the linear momentum G of the particle, its magnitude G, and the net force R which acts on the particle when t = 1.2 s. Answers: G= ( i+ j+ k) kg m/s G= kg m/s R= ( i+ j+ k) N

Name: the velocity of a 32 kg particle is given by v 32t3i 16 37t2j 25k where v is in meters per second and the time t is in seconds determine the linear momentum g of the particle its magnitude g 49907
Uploaded: 2021-05-01T05:46:22-08:00
Duration: 2 min 52 s
Channel: Ajay Singhal
Description: the velocity of a 32 kg particle is given by v 32t3i 16 37t2j 25k where v is in meters per second and the time t is in seconds determine the linear momentum g of the particle its magnitude g 49907

          The velocity of a 3.2-kg particle is given by v = 3.2t³i + (1.6-3.7t²)j +2.5k, where v is in meters per second and the time t is in seconds.
Determine the linear momentum G of the particle, its magnitude G, and the net force R which acts on the particle when t = 1.2 s.
Answers:
G= ( i+ j+ k) kg m/s
G= kg m/s
R= ( i+ j+ k) N

the velocity of a 32 kg particle is given by v 32t3i 16 37t2j 25k where v is in meters per second and the time t is in seconds determine the linear momentum g of the particle its magnitude g 49907

Added by Ronald S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Ajay Singhal

05/01/2021

Step 1

2 s. The linear momentum is given by G = mv, where m is the mass of the particle and v is its velocity. Given m = 3.2 kg and v = 3.2t³i + (1.6-3.7t²)j +2.5k. At t = 1.2 s, v = 3.2(1.2)³i + (1.6 - 3.7(1.2)²)j + 2.5k v = 3.2(1.728)i + (1.6 - 3.7(1.44))j + 2.5k v = Show more…

Show all steps

Thanks for your feedback!

The velocity of a 3.2-kg particle is given by v = 3.2t³i + (1.6-3.7t²)j +2.5k, where v is in meters per second and the time t is in seconds. Determine the linear momentum G of the particle, its magnitude G, and the net force R which acts on the particle when t = 1.2 s. Answers: G= ( i+ j+ k) kg m/s G= kg m/s R= ( i+ j+ k) N