The load that the same type of beam can support is 583.345 pounds if its width is 3.5 inches.
As the maximum load that can be carried by the beam is directly proportional to the width of the beam and a 1.5 inches wide beam can support a load of 250 pounds, an equation can be written as;
L = kw
Here L represents the maximum load supported and w represents the width and k is the constant of proportionality. Therefore;
250 = k × 1.5
Solving for k;
k = 250 ÷ 1.5
k = 166.67
Therefore the equation can be written as;
L = 166.67 w
As the width of the same type of beam is 3.5 inches, the maximum load it can support can be calculated as follows;
L = 166.67 × 3.5
L = 583.345 pounds
Therefore; 583.345 pounds is the maximum load that the beam can support if its width is 3.5 inches.
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Answer:
3.9°C
Explanation:
solution:
we express the surface temperature from the quality of the emitted and absorbed heat rates:
εσA
/εσ*........................(1)
where
=0.2
ε=0.6
A=5.67*10^-8 W/m^2K^4
= 1000 W/m^2
now putting these value in eq 1
3.9°C
System Capacity means the available operational capacity of the System at any applicable point in time, as such amount may vary from time to time pursuant to any contractual arrangements entered into by Carrier.
<h3>What is capacity of a production system?</h3>
Production capacity is the maximum possible output of a manufacturing business, measured in units of output per period. Knowing your production capacity gives you the chance to better plan and schedule production, give more accurate lead times, and forecast your cash flow.
<h3>What is an example of capacity?</h3>
The definition of capacity is the ability of someone or something to hold something. An example of capacity is how many people can fit in a room. An example of capacity is the amount of water a cup can hold.
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5/2055 classes displayed there’s Nooooob changes
Answer:
Explanation:
We know that relationship between fatigue and stress concentration factor
Where
=fatigue concentration factor
=stress concentration factor
q=Notch sensitivity
Here D/d=2 and r/d=0.125
Now from standard design data book
For Sut=440 MPa and r= 4 mm
q=0.8
Now by putting the values