When the in-plane shear stress is at its highest, it is true that the normal stresses are equal.
Their combined value is σn+σt.
<h3>What is in-plane shear stress?</h3>
- 6.3 ksi is the maximum in-plane shear stress. 10.2 ksi is the maximum out-of-plane shear stress.
- By examining Mohr's circle, we may understand why out of plane shear stress is the highest.
- Maximum in-plane shear stress is indicated by the inner blue circle radius (6.3 ksi).
- Maximum shear stress planes are 45 degrees from the major planes.
- The principle stress is the highest stress that may be created in a plane, and the principal stress refers to the principal plane when shear stress is zero.
The complete question is:
What is true about the normal stresses when the in-plane shear stress is maximum? Select all that apply.
a) They are equal.
b) They are zero.
c) Their sum is equal to σn+σt.
d) They are maximum.
e) They are equal to shear stress.
To learn more about in-plane shear stress, refer to:
brainly.com/question/15517350
#SPJ4
Answer:
(a)The mass flow rate =
2.297×10^6 lb/HR
(b)the rate of heat transfer =2700.847×10^6Btu/hr
(c)thermal efficiency is 37.025%
Check attachments for calculation
Answer:
Researching and Generating ideas
Explanation:
This comes the easiest because it is all about creativity and the beginning of the design process.
Answer:
C
Explanation:
If you asses the risks you can prepare for the worst