Assuming P (usually written in upper case) represents a force normal to a given cross section.
If a point load is applied to any point of the section, stress concentration will cause axial stress to vary.
The context of the question considers the uniformity of axial stress at a certain distance away from the point of application (thus stress concentration can be neglected).
If a force P is applied through the centroid, sections will be stressed uniformly. However, if the force P is applied at a distance "e" from the centroid, the equivalent load on the section equals an axial force and a moment Pe. The latter causes bending of the member, causing non-uniform stress.
If we assume A=(uniform) cross sectional area, and I=moment of inertia of the section, then stress varies with the distance y from the centroid equal to
stress=sigma=P/A + My/I
where P=axial force, M=moment = Pe.
Therefore when e>0, the stress varies across the section.
Answer:
3/20
Step-by-step explanation:
4 1/5 x 1/3 =
<em><u>1 2/5</u></em>
1 2/5 - 1 1/4 =
<u><em>3/20</em></u>
Have a nice day :)
Answer:
A
Step-by-step explanation:
Because it said 100 sea shells and 2 fewer and each bucket.
Bucket B contains 130 which is way more.
Bucket c contains only 80
Bucket D contains 110 so it has to be A.
Have a great day! :)
Answer:
Answer is 90,000
Step-by-step explanation:
Hope this helps!
If every capsule requires 0.007 grams of aspirin, and the druggist has 14 grams, the best way to determine how many capsules he has is to divide 14 grams by 0.007
. This means that he can make C. 2,000 capsules
