if
the tension string 1 is 45 N and the tension string 2
is 34 N, what is the mass of the object
1. In the figure, if the tension in string 1 is 45 N and the tension in string 2 is 34 N, what is the mass of the object shown? 1\40% 2
The beam is uniform and weighs 60 N. If W= 200 Nm find the tension in the tie rope. Unit in N, and do not put the unit. The tie rope 0.2 L 60° 0.8 L W 260
In the weight and string setup
shown, the weight of the hanging object is W = 3.5 lbf, the angle
θL=46.1o, and the angle θR=69.9o. Determine the tension TL of the
string on the left.
T Weight W In the weight and string setup shown, the weight of the hanging object is W 3.5 lbf, the angle eL 46.1, and the angle eR 69.9 Determine the tension TL of the string on the left
2. A weight w, is suspended by three ropes, A,B, and C as shown. The tension in the horizontal rope B, is 20 Newtons. (a) Find w (b) Find the tension T in rope A and in rope C A 35° 20 N
3. (bonus) In the figure, if the tension in string 1 is 170 N and the tension in string 2 is 120 N, what is the mass of the object shown? 40 M a. 7.38 kg b. 11.8 kg c. 18.5 kg d. 3.70 kg e. 4.54 kg
A 60N collar "A" can slide on a frictionless vertical rod and is
connected as shown to a 65N experimental rocket
What is the potential moment force of the rocket about
point A?
15 in. B 65 lbs. A 60 lbs. OO000000
15 in. B 65 lbs. A 60 lbs. OO000000
Find the tension in each string in the figure below, where θ1 =
40.5°, θ2 = 20.5°, and w = 22.5 N. T1 = T2 = T3 =
Find the ratio of the tension in the wire before and immediately after the string is cut. That is, what is ? dynamic string
Suppose a 60 cm string with mass 10 g is under 10 N of tension and oscillates at 220 Hz. What will the frequency of the oscillation change to if the tension is halved? Select one: a. 440 Hz b. 156 Hz c. 622 Hz d. 311 Hz