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A: Hello dear this is the solution of your problem Please see the attached solution, thanks
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The cable is subjected to a uniformly distributed load. The cable is subjected to a tension at B is 800 KN and it makes an angle of 30 degrees along horizontal. The origin is located at the lowest point of the cable. Which of the following nearly gives the magnitude of the uniformly distributed load in KN/m?
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- PROBLEM 2: R₁ DOUBLE INTEGRATION 400 N/m 2m 2m METHOO R2Q- What will be the maximum velocity (In KMPH and upto two decimal) that can be permitted on 13 cm super elevation of 600 m radius circular BG track..................degree.rgpvexamin 1h:16m: 44s Question: A town has 16,000 existing dwelling units of which 10% are dilapidated. If the housing need is 8,700 dwellings units and the average household size is 4.5, then the population of the town is: Option 1: 64800 Option 2: 103950 Option 3: 111150 Option 4: 118350
- If bar AB has an angular velocity of 5.2 rad/sec, determine the following: (Hint : Use instantaneous center) a. Velocity of B (Vb) b. Angular velocity of BC (Wbc) c. Velocity of the slider block C (Vc)7-According to the question in the figure, what is the T1 stretch? A) 1000kg B) 81,667kg C) 1000N D) 800N E) 800kgWhich among the following determines the direction of closing ?error Tan δ = ΣΕ/ΣΟ Ο Tan 8 = [D2/EL2 O Tan δ = ΣΟ/ΣΙ Ο Tan 8 [L2/ED2 O
- - 1 attachment- 3. Situation: You are driving when suddenly you saw a cat crossing across the street, You applied the brakes of your car at 8 fps to slow it down until it stops. After 456 ft, your car has come to a full stop. Determine: a. How fast your car was traveling immediately before the brakes were applied b. The time required for the car to stopAt a certain instant, two cars, A and B, are 600m apart. At this instant, A has a speed of 24km/hr and accelerating 0.9m/s2, while B is moving toward A with a speed of 48km/hr and accelerating 0.6m/s2. Determine The time they will meet A 18.916s B 20.184s C) none D) 17.936s (E) 15.087sUS Problem 5. Determine the moment of inertia with respect to 101 berup91 9 to abutingem E ^Y a d AS A X and Y axes for the shaded area shown in the figures. di a Rb 90T A bioningo orino (SI.II) (8807 18 (88.423 6 ft 18 X
- 00 350. 6028mm 2.) 1-400 00 5025mm 00000 775 75 600 700 fc' = 27 MPa M₁ = 60 KN M M₂ = 200 KN M Compute WSD! fc' = 30 MPa M₁ = 40 KN M 1 M₂ = 500 KN M Compute WSD!See the image. Also compute for the A1 and A2...... You can also get my remaining questions left for this.* Fill the missing reading Point B.S I.S F.S R+ F- R.L Remark 1.25 ? 0.93 1.78 1.93 1.91 1.27 ? 0.05 30.09 В.М 1.61 ? 0.18 1.27 Point B.S I.S F.S R+ F- Point B.S I.S F.S R+ F- 1.25 A 1.25 (2.18) 0.93 (2.18) 0.93 1.93 (0.25) 1.27 (0.51) 1.78 C 1.78 1.93 (0.25) 1.91 D 1.91 1.27 (0.51) (1.86) E (1.86) 1.61 E 0.05 0.05 F 1.61 (0.25) F (0.25) |(1.43) (2.7) (1.43) 0.18 0.18 H (2.7) 1.27 H. 1.27 1 0 3 Point B.S I.S F.S R+ F- A 1.25 (0.32) 0.93 1.93 (1.61) 1.27 (0.51) C 1.78 D 1.91 E (1.96) 0.05 F 1.61 (0.25) G (1.43) 0.18 H (2.7) 1.27 2 O ABCDEFGH