Answer:
The Reynold Number is 146415.34
Explanation:
The density of ethyl alcohol = ρ = 789 kg/m^3
The dynamic viscosity of ethyl alcohol = μ = 0.001095 kg/m.s
Velocity = V = 4 m/s
Diameter of pipe = D = 2 in = 0.0508 m
The Reynold's number (Re), will be:
Re = ρVD/μ
Re = (789 kg/m^3)(4 m/s)(0.0508 m)/(0.001095 kg/ms)
<u>Re = 146415.34</u>
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.
The statement about (12+x) that is true is that A.The expression (12+x) is a factor that represents the total number of pillows the artisan makes on Monday and Tuesday.
<h3>What is an expression?</h3>
An expression is simply used to show the relationship between the numbers or variables illustrated.
In this case, the artisan makes a batch of pillows on Monday and makes x more pillows on Tuesday to sell at the convention.
Here, (12 + x) is a common factor that illustrates the number relating to the pillows.
Therefore, the correct option is A.
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Answer:
Steady state temperature is approximately 801K
Explanation:
Detailed explanation and calculation is shown in the images below.
Fuel lines are normally made of double wall steel tubing. For fire safety, a fuel line must be able to withstand the constant and severe vibration produced by the engine and road surface. Lines are placed away from exhaust pipes , mufflers, and manifolds, so that excessive heat will not cause vapor lock.