Answer:
4.5kg/min
Explanation:
Given parameters

if we take
The mass flow rate of the second stream = 
The mass flow rate of mixed exit stream = 
Now from mass conservation


The temperature of the mixed exit stream given as

Therefore the mass flow rate of second stream will be 4.5 kg/min.
Answer:
The value of Modulus of elasticity E = 85.33 ×

Beam deflection is = 0.15 in
Explanation:
Given data
width = 5 in
Length = 60 in
Mass of the person = 125 lb
Load = 125 × 32 = 4000
We know that moment of inertia is given as


I = 1.40625 
Deflection = 0.15 in
We know that deflection of the beam in this case is given as
Δ = 

E = 85.33 ×

This is the value of Modulus of elasticity.
Beam deflection is = 0.15 in
Railways development is constantly growing as it is changing from diesel or fuel powered railways to electric powered railways.
<h3>How was railways developed?</h3>
The first working railway steam locomotive was known to be created by the United Kingdom in the year 1804 through man known as Richard Trevithick who was a British engineer.
Note therefore that railway is changing from high-pressure steam to electric powered railways.
Learn more about railways from
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The statement that best explains the arrangement and position of the iron filings is A. the magnetic field around the magnet
<h2 /><h2>Magnetic field around a magnet</h2>
When we have a magnet, there is a magnetic field around the region of the magnet where the effect of the magnetic force of the magnet is felt. The magnet has both a North pole and a South pole.
<h3 /><h3>Magnetic field lines</h3>
- Magnetic field lines which show the direction of the magnetic field emanate from the North pole and terminate at the South pole of the magnet.
- When iron filings are brought into the region of a magnet to surround it, the iron filings align in the direction of the magnetic field around the magnet since they are magnetic.
So, the statement that best explains the arrangement and position of the iron filings is A. the magnetic field around the magnet
Learn more about magnets here:
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