Solved Q A Machine Component 1 5 M Long And Weight 1000 N Chegg Here’s how to approach this question. ensure the sum of the horizontal components of the tensions in both ropes is equal, so set up the equation t 1 cos (60 ∘) = t 2 cos (45 ∘). q) a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in figure given below. 1.5 m t. 2 60° 45° calculate the. Question: example 2.4. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in fig. 2.2 given below. 1.5 m d 45° 60° b fig. 2.2. calculate the tensions t, and t, in the ropes ab and cd. show transcribed image text. here’s the best way to solve it.
Solved 9 A Machine Component 1 5 M Long And Weight 1000 N Is Supported A machine component slides along a horizontal bar at a and moves in a vertical slot b.the component is represented as a rigid bar ab (length l=1.5m, weight w=4.5kn )with roller supports at a and b (neglect friction). when not in use, the machine com ponent is supported by a single wire (diameter d=3.5mm ) with one end attached ata and the. (in n) bo 5.05 x 10^1 co 5.71 x 10^1 ao 4.47 x 10^1 eo 7.29 x 10^1 fo 8.23 x 10^1 do 6.45 x 10^1… 01:48 forces with magnitudes of 200 and 300 pounds respectively, act on a machine part at angles of 60° and 45° with the positive x axis. 1. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in fig. given below. find the tensions t 1 and t 2 2. the following forces act at a point i) 20n inclined at 30o towards north of east ii) 25n towards north iii) 30n towards north west, and iv) 35n inclined at 40 o towards south of west. A machine component 1.5 m long and weight 1000 n is supported by two own in fig. 2.2 given below. 1.5 m 60" 45 b. transcribed image text: example 2.4. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in fig. 2.2 given below. 1.5 m t, 60° 45° b.
Solved Example 2 4 A Machine Component 1 5 M Long And Chegg 1. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in fig. given below. find the tensions t 1 and t 2 2. the following forces act at a point i) 20n inclined at 30o towards north of east ii) 25n towards north iii) 30n towards north west, and iv) 35n inclined at 40 o towards south of west. A machine component 1.5 m long and weight 1000 n is supported by two own in fig. 2.2 given below. 1.5 m 60" 45 b. transcribed image text: example 2.4. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in fig. 2.2 given below. 1.5 m t, 60° 45° b. A machine component 1.5 {~m} long and weight 1000. example 2.4. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and c d as shown in fig. 2.2 given below. fig. 2.2. calculate the tensions t 1 and t 2 in the ropes ab and c d. Calculate the tensions t, and t, in the ropes ab and cd. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in fig. 2.2 given below. a 1.5 m d t 60° 45° В fig. 2.2. calculate the tensions t, and t, in the ropes ab and cd. structural analysis. 6th edition.
A Machine Component 1 5 M Long And Weight 1000 N Is Supported By Two A machine component 1.5 {~m} long and weight 1000. example 2.4. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and c d as shown in fig. 2.2 given below. fig. 2.2. calculate the tensions t 1 and t 2 in the ropes ab and c d. Calculate the tensions t, and t, in the ropes ab and cd. a machine component 1.5 m long and weight 1000 n is supported by two ropes ab and cd as shown in fig. 2.2 given below. a 1.5 m d t 60° 45° В fig. 2.2. calculate the tensions t, and t, in the ropes ab and cd. structural analysis. 6th edition.
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