Q/Draw S and B-M D 8 kuim

Q: 2Pi KL(Tin-Tout) Q = In- Ri

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Q: (b) the height of he building

A: For solution refer below images.

Q: rs in an ass

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Q: A B 60° 3 kN 40° 2 kN

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Q: dy = m y2 dx

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Q: find dy 2 dx Y=4+ gill=TLX, Ccosut 4

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Q: J. D N2 0000 る。 TU) N4 Js ell

A: now,       T(t) =J1d2θ1dt2+θ1dθ1dt.................................(1)as θ1N1=θ2N2 & Similarly ,…

Q: 00 N. Draw the free body di

A: Load =100N Required Tension in the cable and free body digram

Q: Solve for EG, GH, and HJ

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Q: | X2 F m

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Q: dy Solve the differential equation cos(z) dz

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Q: 2. write Eom Then deter mine w. L12 L12 Ans 3K M+ 6m EK

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Q: ) Solve for total 5) Solve for the le the water surfa c) What is the ma solved total hy

A: Given

Q: 3.5 m/s E.

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Q: en expanded isothe nally compressed a to the init

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Q: ity in metre per ermine the shea

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Q: the percentage increase in the speed, if the

A: Given: Length((L)=400 mmα=300 Inclination to the vertical is =30 degree

Q: hing 3304 kN is If the block is 9

A: Weight of block = 3304 kN Weight of sea water displaced = volume of water x density Volume of water…

Q: sure difference (Pa) between points A and B.

A: Given: To determine: The pressure difference between points A and B

Q: ad of 18m. The o = required if the t-

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Q: Draw the fi aximum b

A: GIVEN:length of beam l=4mload at free end =4kN

Q: The engine piston weighs 180 g. The machine speed is 4400 RPM. What is the maximum speed of the…

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Q: of Appendix D as needed. spacec equal

A: we have to determine the distance where the two forces become equal

Q: When a fulcrum is in the middle the force and distance are___. A. The same at both ends B.…

A: This is the class 1 type lever in which fulcrum in the middle .

Q: Find the welouty f flay A=2.1m2 = २० 0[S

A: Introduction : The question is related with fluid mechanics . In this question we are provided with…

Q: mine the stre t B. Then dr

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Q: with his maximum velocity until he f three decimal places.

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Q: Deive equabon for height Rof Pate Governer useig Instantenous Centre Method.

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Q: 0 cos T0 do

A: Given:∫θ.cosπθ dθUsing integration by parts:∫θ.cosπθ dθ=θ∫cosπθ dθ-∫[dθdθ×∫(cosπθ dθ)]dθ⇒∫θ.cosπθ…

Q: e working of a cent

A: introduction: in this question we explain about centerless grinding operation.

Q: 1(»L) b(=/L) \To tot

A: Fins are the projections protruding flow hot surface into ambient air and they meant for increasing…

Q: ngth Land flexura Gon of the free en

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Q: rewrite the expression

A: k=-7/3 k=-2/3

Q: dimension of the block (in mm) is

A: Given; σ=500ε0.1where,  ε true strain Young modulus= rl is 200 GPa Block thickness=100 mm material…

Q: to kN S KN 5KN

A: To determine support reaction : We use three equilibrium condition : Take roller support as point B…

Q: R(s) K XIS s+5 s+2 s+3 Y(s)

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Q: 2 Find T: For q=-KA when dr

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Q: D.5m/s) find the (H).

A: To find H

Q: The fol

A: option (c) all of these   ,  is correct

Q: Q3- Solve the equation for x value :- 1- In e + 4-2log, x - logs 25

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Q: Draw a FBD of section CD. Do not solve the rest of the problem

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Q: Compute the degree of freedom.

A: Number of links in the mechanism= 10 Number of joints in the mechanism= 12 Number of higher pairs in…

Q: maximum eccentricity of the bush in mm will

A: Given;A brush was turned after mounting the same on a mandrel.The mandrel diameter=40-0.05+0.00…

Q: Perform unit conversion. 1.4 in to mm

A: 1 inch=0.0254m 1m=1000mm

Q: A B L L- 3 m

A: Given data: The weight of the lever is W=275 N

Q: Select one: a. 86 N.m Ob. 68 N.m Oc. 88 N.m O d.-124 N.m

A: Solution : GIven data : F = ( -20i^ + 25j^+15k^ )N

Q: Draw the isomtre

A: Isometric projection Isometric projection is a method for representing three-dimensional objects…

Q: r=s-2-을 s-1 S

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Q: kness of dx, and (b) having a thickness of

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Q: eter of 15 mm to a final diam deal force required for drawi-

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Types of loading

In mechanical terminology, the term load indicates that external force/weight, either constant or variable, acts on a mechanical member/structure. The weight of an object of a specific material is also an external load, and the external force that works on a structure comes under the categories of loading. The external load generates its effects as stress and strain in the structure.