A bullet weighing 0.05lb is fired with a horizontal velocity of 1,220.00/- into the upper end of a slender S 15.20 lb bar of length L = 34.00 in. Knowing that h 11.60in. and that the bar is initially at rest, determine the impulsive reaction at C, assuming that the bullet becomes embedded in 0.0009s. Find: Impulse force at C: Fc = lbs A bullet weighing 0.05 lb is fired with a horizontal velocity of 1,220.00 ft/s into the upper end of a slender 15.20-lb bar of length L-34.00 in. Knowing that h=11.60 in. and that the bar is initially at rest, determine the impulsive reaction at C, assuming that the bullet becomes embedded in 0.0009 s. B

ENGR.ECONOMIC ANALYSIS
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Chapter1: Making Economics Decisions
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A bullet weighing 0.05lb is fired with a horizontal
velocity of 1,220.00/- into the upper end of a slender
S
15.20 lb bar of length L = 34.00 in. Knowing that
h 11.60in. and that the bar is initially at rest,
determine the impulsive reaction at C, assuming that
the bullet becomes embedded in 0.0009s.
Find:
Impulse force at C: Fc =
lbs
A bullet weighing 0.05 lb is fired with a horizontal velocity of 1,220.00 ft/s into the
upper end of a slender 15.20-lb bar of length L-34.00 in. Knowing that h=11.60 in.
and that the bar is initially at rest, determine the impulsive reaction at C, assuming
that the bullet becomes embedded in 0.0009 s.
B
Transcribed Image Text:A bullet weighing 0.05lb is fired with a horizontal velocity of 1,220.00/- into the upper end of a slender S 15.20 lb bar of length L = 34.00 in. Knowing that h 11.60in. and that the bar is initially at rest, determine the impulsive reaction at C, assuming that the bullet becomes embedded in 0.0009s. Find: Impulse force at C: Fc = lbs A bullet weighing 0.05 lb is fired with a horizontal velocity of 1,220.00 ft/s into the upper end of a slender 15.20-lb bar of length L-34.00 in. Knowing that h=11.60 in. and that the bar is initially at rest, determine the impulsive reaction at C, assuming that the bullet becomes embedded in 0.0009 s. B
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