Answer:
design angle ∅ = 4.9968 ≈ 5⁰
Explanation:
First calculate the force Fac :
Fac =
=
= 708.72 Ib
using the sine law to determine the design angle
hence ∅ =
= = 4.9968 ≈ 5⁰
Munson Performance Auto, Inc., modifies 375 autos per year. The manager, Adam Munson, is interested in obtaining a measure of ov
1 answer:
Answer:
The last year's performance taking into account that was mofied 375 autos and considering inputs as Labor, Kits and Energy was $2,667 per auto.
Explanation:
1. To define a multifactor measure is necessary start by calculate the cost of different resources that was assembled, as follows:
1. Labor resource= 10,000 h
Labor cost per hour= $
Labor input = =$200,000
2. Suspension and engine modification kits = 500
Cost of each Kit= $1,000
Kit's Input= = $500,000
3. Energy resource= 100,000 kilowatt-hours = 100,000 kW-h
Cost of each kilowatt-hour= $
Energy Input= = $300,000
2. Now, for an overall performance you should sum differents Inputs;
Total Input=Labor Input + Kit's Input + Energy Input
Total Input= $200,000 + $500,000 + $300,000
Total Input = $1,000,000
3. Define how much money of the inputs ($1,000,000) corresponds to each of 375 autos:
Input per Auto = $=$2,667
4. Answer:
The last year's performance taking into account that was mofied 375 autos and considering inputs as Labor, Kits and Energy was $2,667 per auto.
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Answer:
b). The same for all pipes independent of the diameter
Explanation:
We know,
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We also know,
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1. Thickness of the insulation
2. Thermal conductivity of the insulating material.
Therefore from above observation we can conclude that the thermal resistance of the insulation is same for all pipes independent of diameter.
Answer and Explanation:
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Answer:
X_cp = c/2
Explanation:
We are given;
Chord = c
Angle of attack = α
p u (s) = c 1
p1(s)=c2,
and c2 > c1
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