Answer: True
Explanation:Typical metals have a property of ductility and malleability that is metals can be drawn into wires or any other shape by beating or stretching the metal by putting the tensile strength or shear strength that pulls them apart . But while compression the metals are squeezed together which affects the hardness of a metal and they are not able to bear the compression force well and thus cannot show elastic-plastic behavior while compression .Therefore the statement given is true typical metals show elastic-plastic behavior in tension and shear but not in compression.
Answer:
Instrument Landing System
Explanation:
The ILS works by sending radio waves from the runway to the aircraft. Which is then intercepted and is used to guide the aircraft onto the runway.
Answer:
I believe it is a civil drafter
Explanation:
O*NET site
Answer:
a) the temperature to which the pin must be cooled for assembly is 
b) the radial pressure at room temperature after assembly is 
c) the safety factor in the resulting assembly = 6.4
Explanation:
Coefficient of thermal expansion 
Yield strength
= 400 MPa
Modulus of elasticity (E) = 209 GPa
Room Temperature
= 20°C
outer diameter of the collar 
inner diameter of the collar
pin diameter
= 
Clearance c = 0.06 mm
a)
The temperature to which the pin must be cooled for assembly can be calculated by using the formula:


-0.09 = 

-0.09 =

=
−0.07523262 =


b)
To determine the radial pressure at room temperature after assembly ;we have:

c) the safety factor of the resulting assembly is calculated as:
safety factor = 
safety factor = 
safety factor = 6.4
Thus, the safety factor in the resulting assembly = 6.4
Answer:
it goes low to high off and on
Explanation:
because i wrote it