equation at mass (M2)? (ILO2) f(t) H pondy M, M₂ K₂

Q: Calcdate Sefe aergnt liquid hauint valume m3 and wight°5o KN

A: Given data : Weight (W)=50 KNVolume(V)=7 m3

Q: Find the centre of mass M at centroid point x of the system of particles with masses m, m,, ..., m,…

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Q: ir is at 30 °C and standard atmospheric pressure. If the gas constant is 287 J/kg-K, find the…

A: Given:T=30 CPatmR=287 J/Kg.K

Q: kg k Q- one kg of an ideal gas (R = 287 = ₁ irreversible Process from Stette-0 [1 bar, 300 k] to…

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Q: E.x/ Consider the system shown in figure. The initial volume inside the cylinder is 0.1 m^3. At this…

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Q: Find the displcement at Poini

A: Given: I=70*10^6 mm^4 E= 200Gpa   Need to find : Displacement at Point B.

Q: H = 4 m A L = 200 m D = 25 cm e = 0.15 mm

A: Bernoulli's theorem Bernoulli's principle states that an increase in the speed of a fluid occurs…

Q: In the figure given, fluid 2 is carbon tetrachloride and fluid 1 is benzene. If patm = 101.5 kPa,…

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Q: usny gas State la uafion, Caalate denhtu of aw and paessure V = 15 Sec =2omm ome Pabs= l10kpa m² Q-?…

A: Given  Velocity, v=15 m/sDiameter d1=10 mmt=25oC=298.15 KPabs=110 kPaZ=10mTo find:1. Density of…

Q: What is the equation for the sum of energies in a fluid and show how we get Bernoullis equation from…

A: Let us consider a fluid flowing through a pipe from point 1 to point 2. If the properties of fluid a…

Q: A liquid is to be mixed at 40 rpm and the liquid height should be kept below 50 cm. If 100 L of…

A: The maximum radius of the container can be determined as shown below. h=ω2R22gh=2πN602R22g0.5…

Q: A. Study figure A. Initially, a liquid is at rest in a cylindrical container as shown. Now, the…

A: The given condition is

Q: The AB and BC prismatic gates are made of different materials, and both gates are hinged at point B.…

A: pascal's law   Pascal's law (also Pascal's principle or the principle of transmission of…

Q: I dont understand how the tables are used in this problem. Specifically which tables were used and…

A: You are asking about which table is used in this question.

Q: In the figure below, the tank contains water and immiscible oil at 20°C. What is hin cm if ha= 18cm,…

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Q: Determine H for water at 20°c. Assume O=0, water density 998kg/m³ and d=2.5x10-6 m. OF D H=?

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Q: g the experiment on the mination of surface tension s by the capillary rise meth n among the…

A: Ans: Methanol

Q: In pressure and volume exerted in vacuum is directly proportional to - law, the O Flemings,…

A: In _______law, the pressure and volume exerted in vacuum is directly proportional to -______…

Q: Use the Shell Balance approach for the Mass conservation of Species a transporting in species b,…

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Q: A gas at 20 ° C may be considered rarefi ed, deviating fromthe continuum concept, when it contains…

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Q: Derive a formula for the bulk modulus of an ideal gas, withconstant specifi c heats, and calculate…

A: Let r = CpCv= constantFor an ideal gas for isotropic process→Pvr=CP=CVr=CSr

Q: A giass contai ner with volume of 4 liters filled with water, then heated until the in crease in…

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Q: b) Pfluid Wood h d, wood = Fluid Plastic h d, plastic Figure Q2b A cylinder wood block (SG wood 0.4)…

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Q: d-film lubrication is wher

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Q: A river section shown has an initial volume of 600m with 750g of phosphorus. The discharge from the…

A: (a) Write the discharge from upstream. Q1=100 m3day2gm3=200 g/day

Q: Explain the following statement by drawing a figure. What is D'alembert's Paradox?

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Q: Explain the placement for these item in the system: - Steam turbine - Gas turbine - Heat pump

A: Solution: Given Data: To Find: Explain the placement for these item in the system: - Steam turbine…

Q: with an interior volume of 30 m^3 contains an ideal gas of 300 K and 1E5 Pa of pressure (atmospheric…

A: Given data as per question Volume of tank, V=30 m3 Initial Temperature of gas , T1=300 K Initial…

Q: T (°C) P, kPa v (m³/kg) Faz tanımı 80 100 80 45 80 3.002

A: (i) T=80 °C , P=100 kPa. From property table, at P=100 kPa, Tsat=99.61 °C. As T<Tsat, phase of…

Q: H.w 3: / carbon dioxide (CO:) has mass (4.2kg) pressure (12 bar) and temperature (92 °C).Calculate…

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Q: 1. Complete the table below for refrigerant R-134. (Explain your numbers) P(kPa) T(*C) (m'/kg)…

A: The properties are given below -

Q: An open tank consists of 3 immiscible liquids, in which the water is at the height of 200 cm, above…

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Q: Complete the blank cells in the .following table of properties of water

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Q: The Heat Capacity of an Ideal Gas at T=50 oC is equal to c= 79.314 kj (kmol. k) . What is the value…

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Q: a) Consider a process involving an ideal diatomic where 3 mol, following p = aV, a = 1 x 10° Pa/m³…

A: P=αV ,where α=1×105 Pa/m3 ;Vi=1 m3, Vf=4 m3 ;Pi=αVi=1×105 ×1=105 Pa ;Pf=αVf= 1×105 ×4=4×105 Pa ;So…

Q: A small liquid drop is placed on a solid surface. When the liquid-solid contact radius is 1=0.5 mm,…

A: given; ⇒liquid-solid contact radius (r)=0.5mm⇒surface tention (σ)=50mN/m⇒liquid line tension…

Q: Derive that AHAU+W for the constant pressure process. b

A: we need to prove the given relation.

Q: The 200-mm-diameter gas gun is evacuated on the right of the 8-kg projectile. On the left of the…

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Q: A gas expands from pressure P1 to P1 10. pressure P, (P, =5). If the process of expansion is…

A: Given, Relation between intial and final pressure : P2 = P110 Ratio of specific heats = γ = 1.4…

Q: (a) The relationship betw een he pressure and vo lum e of an encosed gas at a constant tem perature…

A: Solution:   Note: Dear Student! As per our guidelines, we are only allowed to answer a single…

Q: of capacity 4 m³ contains the mass of 5 kg of Oxygen gas at a p cure of 340 K. Find the gas constant…

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Q: (4.4) In eqn 4.11, we neglected the next term in the Tay- lor expansion which is d? In 2 (4.36) dE?…

A: Given Data Taylor's series expansion :lnΩE-ε=lnΩE-εkBT+d2lnΩdE2ε2 Let us assume that ε be small…