2.1 A mass of weight = 5 Newtons hangs from the ceiling by two identical ropes making equal angles with the ceiling of 0= 2.5°. Using vector components and the 2nd Law applied to M (with a-0), Using 2nd Law, find an expression for the tension, Fr, in each rope. Evaluate your expression and convert your answer to lbs. 1 N=0.2248 lbs. (Hint: Since the angles are equal the tension in each slanting rope, Fr, are equal.)
2.1 A mass of weight = 5 Newtons hangs from the ceiling by two identical ropes making equal angles with the ceiling of 0= 2.5°. Using vector components and the 2nd Law applied to M (with a-0), Using 2nd Law, find an expression for the tension, Fr, in each rope. Evaluate your expression and convert your answer to lbs. 1 N=0.2248 lbs. (Hint: Since the angles are equal the tension in each slanting rope, Fr, are equal.)
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Transcribed Image Text:2.1
A mass of weight = 5 Newtons hangs from the ceiling by two identical ropes
making equal angles with the ceiling of 0= 2.5°. Using vector components and the 2nd
Law applied to M (with a-0), Using 2nd Law, find an expression for the tension, Fr, in
each rope. Evaluate your expression and convert your answer to lbs. 1 N=0.2248 lbs.
(Hint: Since the angles are equal the tension in each slanting rope, Fr, are equal.)
0
Mg
Fr
0
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