A vertical pole has a horizontal board attached to it by a bracket. A cable is connected to the top of the pole and is connected to the board a meter from the pole as shown. A box is hanging by a rope from the far end of the board. The cable makes an angle of 0 =15.0° with the vertical. The board has a mass of 100 kg. The hanging box has a mass of 50.0 kg. The board is five meters long. a. What is the tension in the cable? b. What is the force provided by the bracket?

Q: Find the resultant force (R) from the two forces system shown in * :figure below 30 F=50N 25 K=SON…

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Q: The tension in AB is about 30 Weight 200 N 108.70 N O 110.40 N 120.60 N 95.50 N

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Q: 13 KN 82 KN/m 3.885 m 3.885 m A 7.77 m 6.39 m

A: given; ⇒reaction force at A =RA⇒reaction force at B =RB⇒load intensity(w)=82KN/m⇒force(F)=13Kn

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A: Given mass of block = m = 15 Kg Weight of the block W = 15 X 9.81 = 147.15 N

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Q: 300olb. 200)b. 1000lb 1120lb 2240lb. 1120lb. 2000 lb 10' B 10' 10'. 10' 10 3000lb. 2000)b. 1000lb

A: Given,

Q: 1. Tension in cable A in Newtons 2. Tension in cable B in Newtons 3. Tension in cable C in Newtons…

A: Given:- A body given with different loading conditions  To find:- Tension in cable,A,B,C,D

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A: As per bartleby policy only one question can be answered at a time. Please post second question…

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Q: In the Figure 3, if m=15 kg and 8=30°, then the weight component of the block parallel to the…

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Q: For the figure below, the resultant is.: * 20 N 75 N 45° 50 N 150 N 259 80 N

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A: The element of the normal weight of the mass: 127.4 N north..... (option B)

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A: Given:FA=25 lbsθA=30°FB=40 lbsθB=120°

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A: ...

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Q: 2. In the figure below, find T1 and T2. 5 m 02 T2 T1 4 m 3 m 500 N

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Q: Figure 1: The vertical force at A is: A) 21.58 N B 0.75 m 55⁰ A 1m 0.5 m 50 N 75 N-m

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Q: A flower pot is attached with 3 ropes. The mass of the flower pot is 47 kg. The directions of the…

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Q: In the Figure 3, if m=15 kg and 9=30°, then the weight component normal to the inclined surface is…

A: Mass = m = 15 Kg Weight = W = mg W = 15 X 9.81 W = 147.15 N

Atomic diffusion in solids

In material science, diffusion can take place in solid, liquid, and gases. In solids, atomic diffusion can take place with the help of thermally activated and randomly vibrating atoms. The atomic diffusion in solids is complex and very slow in comparison to atomic diffusion in liquids and gases because the interatomic distance between the atoms is smaller in solids as compared to liquids and gases.