Answer / parul

Flue gas analysis and a flue gas analyser enable you to
measure the concentrations of the pollutants present and to
adjust your burners for optimal combustion.
n exhaust-gas analyzer, particularly for emissions testing
of motor-vehicle engines has a sampling tube into which a
mixture of exhaust gas and ambient air is fed through gas
lines. A gas feed pump is disposed downstream of the
sampling tube with a flowmeter inserted in the air line
feeding electrical signals to a computing unit. The unit
computes instantaneous standard total flow rate, allowing
for gas pressure and temperature

Dielectric materials in static fields

0 Answers   HCL,

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What are the three classes of organic solvents?

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While there, are many tests available to detect leaks on vessels, is there a technology available to quantify the leak, or measure the flow through a leak?

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What does the catalytic converter on an automobile do?

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Explain the different ways in which solids can be blended?

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what is the role of id fan in a furnace?

3 Answers   Essar, JSW,

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how can i prepare for gate chemical in kolkata

0 Answers  

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which is the major cement producing state in western India ?

2 Answers   BNPM,

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Question 66 – The drag coefficient Cd = 0.05 and lift coefficient Cl = 0.4 for a levelled flow aircraft are measured. The velocity of the aircraft is v = 150 ft / s with its weight W = 2677.5 pound-force. (a) Find the value of the lift of the aircraft, L, when it is also its weight. (b) The drag of the aircraft, D = Cd M, L = Cl M. Find the value of D. (c) The power required is P = Dv. If 1 pound-force x (ft / s) = 1.356 W, find the value of P in the unit of Watt or W.

1 Answers  

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Explain what are some typical applications for glass-lined reactors?

0 Answers  

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Question 40 - A stream with volumetric flow rate Q enters a cylindrical tank and a stream with volumetric flow rate q exits the tank. The fluid has a constant heat capacity and density. There is no temperature change or chemical reaction occurring in the tank. Develop a model for determining the height of the tank, h. Let V is the volume, A is the cross sectional area, r is the density, m is the mass, where V and A are for the tank, r and m are for the fluid. The rate of mass of fluid accumulation, dm / dt = (Q - q) r. Prove the model to be dh / dt = (Q - q) / A.

1 Answers  

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hi i am chemical engg. 4 year student i am not placed till year what will i do for my batter futere

3 Answers  

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