of mass M = - A projectile of mass m = 62 g traveling at v₁ = 730 m/s strikes and becomes embedded in the cart 48 kg, which is initially moving at v2 4 m/s. Compute the speed of the cart after the impact and the percentage of the initial energy lost during the impact if (a) the cart is initially moving to the right, and (b) the cart is initially moving to the left. (v 4.94 m/s, n = 96.5%, v = 3.05 m/s, n = 98.7%) = 02 02 m V1 M m V1 M

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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of mass M =
-
A projectile of mass m = 62 g traveling at v₁ = 730 m/s strikes and becomes embedded in the cart
48 kg, which is initially moving at v2 4 m/s. Compute the speed of the cart after
the impact and the percentage of the initial energy lost during the impact if (a) the cart is initially
moving to the right, and (b) the cart is initially moving to the left. (v 4.94 m/s, n = 96.5%,
v = 3.05 m/s, n = 98.7%)
=
02
02
m
V1
M
m V1
M
Transcribed Image Text:of mass M = - A projectile of mass m = 62 g traveling at v₁ = 730 m/s strikes and becomes embedded in the cart 48 kg, which is initially moving at v2 4 m/s. Compute the speed of the cart after the impact and the percentage of the initial energy lost during the impact if (a) the cart is initially moving to the right, and (b) the cart is initially moving to the left. (v 4.94 m/s, n = 96.5%, v = 3.05 m/s, n = 98.7%) = 02 02 m V1 M m V1 M
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