Answer:
<em>Never</em>
Explanation:
In a reversible adiabatic process, there is not transfer of heat or matter between the system and its environment. An adiabatic reversible process is a process with constant entropy, i.e ΔQ=0. The internal energy is solely dependent on the work done either due to compression or expansion. So the entropy of the gas will never increase.
Answer:
a) the velocity of the water at the exit for the maximum lift condition is 3.62m/s
b) the discharge through the system for maximum lift condition is 0.00326m³/s
c) the maximum load the suction can support is 8.85KN
Explanation:
the explanation has been attached below , check for better understanding of the answers given above.
Answer:
Explanation:
Data given
Maximum diffusion coefficient,
Activation Energy,
Temperature,T=713+273=986K
Universal gas constant, R=8.314J/mk
Since diffusion is the movement of particles from a higher concentration to a lower concentration, the coefficient of diffusion is expressed as
If we substittute valies we arrive at
Answer:
3 A
Explanation:
Using Ohm's law, where I is the current in Amps, V is the voltage in V and R is resistance through the resistor in Ohms
Substituting v for 24 V and I for 8 Ohms we obtain
Therefore, 3 A run through the circuit
Early engines were called flathead designs because they used spark plugs at the top of the cylinders.
What are engines?
Engines can be defined as motor or a machine that is used in the internal part of the combustion. These are used in various vehicles like ships, airplanes, bikes, etc
At the top of the cylinder close it so that the leakage won't be there, and the design could send the spark to the engine through which the Indian can get started.
These engines are the main reason because of which the vehicle moves and processes various features like sound or light.
Learn more about engines, here:
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