II. Derive the following equations: @Cp :-T a. b. Cy=-T = 0 T с. ay

Q: If the radius of wire stretched by a lo= doubled then its Young's modulus (a) will be doubled (b)…

A: we know that Young modulus is equal to the ratio of stress and  the strainY=σεY=FA∆ll

Q: Derive the following equation? TCx)-Too Tb-Too -ax | KA

A: The provided equation Tx-T∞Tb-T∞=e-ax=e-xhPkA is the equation for the temperature distribution in…

Q: eler of the br is 0.2m, the conduc

A:

Q: Develop the equation for SF and BM in term of "x" and hence plot SF and BMD. (You need to take two…

A:

Q: A shunt generator delivers 195 A at terminal p.m. of 250 V. The armature resistance and shunt field…

A:

Q: Approximately, what is the value of (P) if A=640, n=24 years, and i= 23% per year?

A: Formula to compute P,P=A1+in-1i1+inP=present worth,A=annual equivalent payment A=640i=Interest…

Q: Find the output four Effizieny = 0.062 Irbuthamer = 500 J

A: Given data : Input power=I Efficiency=E   To find : Output power

Q: A thrust B journa 350N 0.25m B 0.35m 0.35m 0.15m 0.2m 0.Im P draw fbd

A: Draw free body diagram.

Q: Differentiate the following terms: a. Efficiency b. Capacity factor

A: Capacity factor is the fraction of the amount of actual energy generated in a given period, to that…

Q: Condition 2 PH = 17.0 MPa, 1000°C PReg = 3.0 MPa PReg = 0.9 MPa PR = 0.6 MPa, 180°C PL = 0.008 MPa…

A:

Q: (a) Compare flat plate, parabolic collectors to be used for a solar thermal plant with respect to…

A: a) A flat- plate collector (FPC) is a device to collect solar energy and transform it into thermal…

Q: Algebraic reduction S=27C$ for small attenuation. Show that s has the following relationship with…

A:

Q: Quation 2 Siven According to figure 1, Given data as (COP)Hp =3.5, Q= 90000 KJ/h (rate) and 1KW =…

A:

Q: olve the following problem involving the heat equation:

A: This is a basic problem of Heat Transfer. The concept of one-dimensional heat transfer is utilized…

Q: F, FM = 12 cm, b = 22 cm, c = 50 cm, Wi = 150 N, Wo = 100 N, 8 = 15° ve ß = 45° FM=? FJ=? W. Wo

A: Given, a= 12cm , b= 22cm and c= 50 cm  W1= 150 N and W0 = 100N

Q: A scraper weight 50 ton, original engine power 12000 kg with efficiency of 0.75, rolling resistance…

A: For solution refer belowimages.

Q: 10 Ω R 30 Ω Reg 3 122 12Ω 12Ω 12 Q 60 Ω ww

A:

Q: For infinitesmal C.V. VA= (P+SP)(V4Sv)(A +SA) de dv A dA (Derive)

A:

Q: b

A: Given: The heat transferred to the system in the first case qA=400 J. The change in the internal…

Q: Ql: Calculate the thermal efficiency of an engine working on the otto eycle. The bore and the stroke…

A: Given        Bore, d = 17 cm      Stroke, l = 30 cm

Q: Derive a and b (shown to the right) for the S-N line from 10 to 10 cycles. Given: at N=10° cycles,…

A:

Q: 6. A Thomas meter is located in an air duct of 2 sq ft cross-sectional area. The air weighs 0.083 lb…

A:

Q: The mean effective pressure in a Spark-ignition engine is 3 bar with a displacement volume of 1.33 X…

A: Given: Mean effective pressure (Pm)=3bar or 300kPASwept or displacement volume (V)=1.33×10-3m3Speed…

Q: P P =e{80/RT)(h-hi) R pi || =

A:

Q: A Thomas meter is located in an air duct of 2 sq ft cross-sectional area. The air weighs 0.083 lb…

A: Given; A Thomas meter is located in an air duct of 2 sq ft cross-sectional area. The air weighs…

Q: GrouplA) ordinary Linear Differential Equations

A:

Q: From the shown figure, if Tm-1.n = 15 °C, Tm+1.n = 8 °C, Tm.n+1 = 10 °C, and Tm.n-1 = 9 °C then Tmn…

A: Given: Tm,n+1 = 10 deg.C Tm-1,n = 15 deg.C Tm+1,n = 8 deg.C

Q: Determine the vertical displacement of point C in inches by using he method of virtual work. A is a…

A:

Q: Q 30. With the increase in the number of components in the series, the reliability of the system…

A:

Q: 28 N 40 m -N SZl 2ON 34N U2N 330

A: Consider the forces,

Q: In a given DC motor, the output power is 20 HP, and the copper losses are 1.1 KW. If the motor is…

A:

Q: Derive the relations given below. OT b) as OP as c) の()-( P. T.

A:

Q: 10°C. If the pressure ratio is 5 and the maximum temperature is 800°C, determine (a) the horsepower…

A:

Q: 9-10kxtm

A: Reactions are supports to balance the system so that system can come under static equilibrium. and…

Q: L Reviev Learning Goal: To determine the angle of twist for a circular shaft that is composed of…

A: Solution - Given data - P =220.0 hp              ω =1800 rpma =7.750 in               b=12.00inc…

Q: TH S7°C QH H.E. Qu Te= 27°C Find efficiency of enyine

A: As given in question, Temperature of source = TH = 57 oC = 330 K Temperature of sink = TL = 27 oC =…

Q: Electrical discharge machining process, breakdown voltage across inter electrode gap (IEG) IS 300 V…

A:

Q: TH = S7°C QH H.E. Qu TL= 27°( Find efficiency of enyine

A: Given, Temperature of source = TH = 57 oC = 330 K Temperature of sink = TL = 27 oC = 300 K…

Q: Q1. Long-shunt generator delivers a load current of 30 A at 220 V. It has armature and shunt field…

A: Question (1) is Solved here. For Other Question, Please Post this Question again.

Q: From the equation provebthe equatfon

A:

Q: #1--- #2 #3 A V #1 #2 #3 <<<<<< #E #6 T(°C) 300 200 TE 100 ~~~ B α 0 L+a 20 C Pb-Sn System 40 D #4…

A: Given: The Sn Pb diagram consists of different phases. The number 1 indication shows the complete…

Q: momber IC Sfsection. Find the fouce in în the given tuus ky method 500M 100ON B. 5m I. E

A: the free body diagram of the figure

Q: Electrical discharge machining process, breakdown voltage across inter electrode gap (IEG) IS 400 V…

A:

Q: TH=S7°C QH H.E. QL Te= 27°( Find efficiency of enyine.

A: Given, Temperature of source = TH = 57 oC = 330 K Temperature of sink = TL = 27 oC = 300 K…

Q: If the full load copper loss of transformer is 389 W, then the copper loss at half load is given by

A:

Q: nt of 660°C.... 80°C at wh

A: solution of above problem is below:

Q: From a test of an air compressor driven directly by a steam engine, the following data and results…

A: Given:

Q: 20KN 30KN 40KN D F II 10KN 50KN 4u per spai 1. Reactions 2. Bar Forces a. By Method of Joints AC АВ…

A:

Q: 41868 KJ/K nd (70%) of ming the co

A: Given: C.V = 41868 KJ/Kg V1'=  V2+ 0.7( V1- V2)V2'= V2+ 0.3(V1- V2) P1'= 1.3 bar          P2'= 2.6…

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.