As T(t) - T. = e T T

Q: he air temperature is 5°C. Water cools from 100°C to 75°C in 5 minutes . How long will it take for…

A:

Q: Find Wi andwe m2

A: Given data: -  The total length of string 1 is l1. The total length of the string 2 is l2. The…

Q: ID: BME Find CT the frequency of 1 m ³k = 1 kN/m. Mpod = 2 kg I pod = 2m the followin syster…

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Q: The value of the determinant in db - ca da- cb de + ba db + ca dc - ba.

A: Answer: ◆ The value of the determinant is (da - cb). ◆ Therefore, the correct answer is option (b).…

Q: mt - mgRecse L-mR -mgRose

A: Option C is correct.

Q: Q1: Find the time period for a lump system to reach the average temperature 0.693 is (T; + T,)/2 Ans…

A: Solution (1): The expression for the lumped system is given by, T-T∞Ti-T∞=e-hAsρVC×t Here, T is the…

Q: (650 m/sec) when (t = 0.9 ms).

A:

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

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

Q: Select the most appropriate answer from the multiple choices given (5 marks for each one). I- A…

A: 1. Time constant is given by    =2501000   =0.25secoption d is the correct answer.

Q: he air is measured at 20 deg. C and 679mm Hg. The duct diameter is 744 mm while the discharge…

A: Given, Air temperature , T =20 deg C Pressure - P1 = 679 mm hg volume flow rate , Q = 4m3/s.…

Q: Question 35 Critical path has slack time. Select one: O a. Three O b. Zero O c. One O d. Two hp

A:

Q: tell whether the if work is done by the system (-), work is done on the system (+), or no work done.…

A: Work done on the system – when the work is done by the surroundings on the system, then it is known…

Q: PA 2 11 V

A: Here, by just seeing the p-v diagram we can find all the answers without calculating numerically.…

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

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Q: d'y 2 dy 11 Find the order and degree of the differential equation dx? V - 4= 0. 3|2

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

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Q: H.W: Compute A.P.F. for H.C.P?

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Q: 20KN 3OKN 4kN/m 20m lom lom lom

A:

Q: Select from then list below the equation which represents application of vg = Va + Vg/A-

A: solution; given data θ = 30° VA = 4m/s →VA = →VA +→VBA

Q: 100 N 100 N n.

A: Given:

Q: PART VI. Given that f(x,y) = (x +y)/2k, where x=-1,1,2 and y= 0,2,4 1. Find k 2. Find the marginal…

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Q: (-3+ ]32–1 )wnt (-3- [32-1 )wnt X = A e +Be With initial conditions x(0) and x( 0), we found: =…

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Q: Q8. Enthalpy is defined sum of kinetic and flow energy (True False). 09. Cyclic process is defined…

A:

Q: 23. For a site, if the load to be covered is 17,520,200 MWh, and a wind turbine with 3 MW capacity,…

A: Given : P - 3 MW E - 6000 MWh C - 1500 Euro/kW To find : Cost of energy

Q: E. How far is the ship from the port at 11:00 A.M.? C) 32.78 km

A: Need to find the distance

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

A:

Q: possible methods. В A 4m 8m 4m 4m 600KN

A: To find magnitude of vertical and horizontal forces on each joint

Q: and k =43 W/m-K, respectively. The time required for the rod to reach 300 °C is seconds.

A: Given data;   d=0.01mL=0.2mTi=7500cTa=1000Ch=250 W/m2Kρ=7801 kg/m3Cp=473 j/kgKk=43W/m/kt=300 0c

Q: what is the critical point termperature of water is  a. 0.01 0C b. 373 0K c. 373 0C d. 647.15 0C

A: Critical temperature is the one where the liquid and gaseous phases exist in equilibrium.

Q: ducted on S were taker oservations

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Q: natrix P (both a non-normalized

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Q: A Systen is faund bo 0170- M+J Aermin the natural ne System effective ne eguilibriu

A: Solution      Calculate the equilibrium position                x''+3kxm+JR2=0

Q: A heat pump is an electrical device that heats a building by pumping heat in from the cold outside.…

A: In the case of an electric furnace, the electric work is directly converted into heat. This means…

Q: e most lect on True

A: Given Data⇒ Power plant Thermal efficiency

Q: 50 N 60 N 20 N 40 N

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Q: drw Jetticron -02 BSME -01 of duia arrange work in 227°C

A:

Q: 1 Hertz is equal to rpm. a. 16 O b. 90 О с. 60 d. 26

A:

Q: Today forecast is 45°F/27°F. Express the difference between the maximum and minimum temperatures in…

A:

Q: ains a he potential difference (in V) ad

A: Determine the potential difference.

Q: t^2 - 10t + 16 is equal to 4(2t - 5)^2 + 7 O (t - 5)^2 - 9 O (2t - 5)^2 - 7 O 2(t - 5)^2 - 6

A: It is required to choose correct answer

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: Heat output to the system is positive a. False O b. True

A: Answer -false Difference between work and heat is Work Input - the input is considered as negative…

Q: The radius of the blood vessel is 1.2 cm with a viscosity and density of 0.004 kg/(m-sec) and 1070…

A: Given, Radius of the blood vessel, r=1.2cm=1.2×10-2m Diameter of the blood vessel,…

Q: Consider the fmction f(x,y) = 6y2 + 4x2 – 12xy- 4y. Then: O (-1,-2/3) is a critical point and f has…

A: Given,  A function of two variables - f(x,y) = 6y2+4x2-12xy-4y

Q: The Repeatability of the thermocouple, which work in the range of 10-170 C with the following…

A: Given Data: Range of the thermocouple, 10-170 C

Q: e. Use the data to find the time it takes to fill the supply line.

A: To find Time takes to fill suppy line.

Q: e following calculated cooli atained at the following con PC, Room RH = 55% Cand RH 50%. And 10% E…

A: given:

Q: for the cirele below (Reg) sedroh fon 300 150 se RI R43502

A:

Q: USE  S=2 T=0 U=0

A:

Q: Insulated Ax h, T 1 2 3 4 5

A: Temperature conveyance and hotness transition are of exceptional interest now and again where…