Answer:9.477 mm
Step-by-step explanation:
Given
E=207 GPa
Yield Strength
load (P)=11,100 N
length of rod(L)=500 mm

we know
is given by

where A= cross-section




d=9.477 mm
The answer to the question is -24.
The formula of the volume of an oblique cylinder is V =

r²h where

is 3.14, r is the radius of the circular base of the cylinder and h is the height of the cylinder. You are given a slant length and radius of 26 and 10 units. You can get the height by using pythagorean theorem c²=a²+b².
c²=a²+b²
26² = 10² + b²
b = 24
V =

r²h
V =

(10)²(24)
V = 7,540 units³
The triangle at top has a perimeter of 5, 12, and 13. The square has a perimeter of 29, 12, 29, and 12. If you add all those up you get 112
The formula for finding the area of a cone is pi times the radius squared times the height/3. Since we already have the base area, all we need to do is find the height over 3. The height is 6, so 6/3=2. Then 4 pi times 2=8 pi.
The answer is 8pi.