6. Superheated steam at IOMPa, 400°C is flow through anadiabatic nozzle of back pressure IMpa, and exit area of10cm2. Find the Mass flow rate through the nozzle, the throatarea that giveMaximum mass flow rat6912

Step 1:Write the given data,Take the enthalpy values from the steam tables.Then find the velocity of…

Answered: 6. Superheated steam at IOMPa, 400°C is…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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HEAT TRANSFER : INDUCTION COIL I want to know what temperature the stainless steel cylinder will have inside. It's a heat transfer problem. current: 31 A voltage 42V cylinder material: stainless steel Outer radius: 0.55 Inner Radius :0.7 Thermal conductivity: 15w/mk Induction coil measurement: It has 1/8” OD and 0.03” wall thickness and will wrap around the cylinder and will have the same height as the cylinder. I want to know temperature of the cylinder Ri
Q1- Gas constants for a certain gas insultant are given as A=15 cm-1 torr-1 and B=365 V cm-1 torr-1. A uniform field gap will insulated with this insultant at a pressure of p=1000 torrs. At a gap setting of d=3.2 cm the observed breakdown voltage is 128 kV. Find α Find γ If I0 =5x10-12 and d=1.5 cm. Using the α ve γ calculated find the ionization growth current.
EP4C01) When 1PB is actuated, the cylinder piston will extend fully. What will happen to the cylinder if 1PB were held down continuously? 1LS 1 PB 1LS 1 CR 1CR 1CR 1SOL 1SOL The cylinder will retract fully and stop. The cylinder will retract fully and extend again. The cylinder will retract partially and stop. The cylinder will retract partially and extend again. 0000
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1. a) A magnetic circuit is formed using an iron core with relative permeability 1000 and single air gap, and has the following parameters: cross-sectional area: Ac =1.6 × 10-3 m²; mean core length lc = 0.8 m; air gap length g = 2 x 10³ m. A coil of 100 turns is wound on the iron core. i) Calculate the reluctance of the core Rc and that of the gap RG neglecting the effects of fringing fields at the air gap and leakage flux from the coil.
calculate ZL and average Pmax
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DETERMINE ( NEED ONLY HANDWRITTEN SOLUTION PLEASE OTHERWISE DOWNVOTE).
4- The iron is of infinite permeability (u>00). For: Ri = 5.8 cm, Ro = 7.0 cm, depth3D4 cm, g 0.35 cm Calculate: a. the mean core length l and the core cross-sectional area Aç. b. the reluctance of the core Rc and that of the gap Rg. Ro R N turns
Consider the magnetic circuit shown below. The primary coil has N1=400 turns, and the secondary coil has N2=800 turms. The total length of the core (shown in red) is 5 cm. The core has a uniform cross section 2 cm2 , magnetic permeability 900. Calculate the total inductance between terminals a and b, if the coils are connected as shown below. Assume that there is no flux leakage from the core. N1 N2
6. In a steady flow apparatus, 135 kJ of work is done by each kg of fluid. The specific volume of the fluid, pressure, and speed at the inlet are 0.37 m/kg, 600 kPa, and 16 m/s. The inlet is 32 m above the floor, and the discharge pipe is at floor level. The discharge conditions are 0.62 m/kg, 100 kPa, and 270 m/s. The total heat loss between the inlet and discharge is 9 kJ/kg of fluid. In flowing through this apparatus, does the specific internal energy increase or decrease, and by how much? Ans. -20.01 kJ/kg

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6. Superheated steam at IOMPa, 400°C is flow through an adiabatic nozzle of back pressure IMpa, and exit area of 10cm2. Find the Mass flow rate through the nozzle, the throat area that giveMaximum mass flow rat 6912