Question: 1 , 2 ) Please compute the area and failure strength ( stress at failure ) . Please plot a cumulative % stronger than plot.

1,2) Please compute the area and failure strength (stress at failure).
Please plot a cumulative % stronger than plot.
Determine the standard deviation of the stress.
Finally, discuss the level of stress that should be used in design based on this assessment and describe why you selected the value you chose.
This can be done by hand or can be done more easily in Excel or a spreadsheet software.
If you have not used Excel before please reach out and we can share some pointers.
\table[[Sample Number,Width (in),Thick (in),Force (kips)],[1,0.450,0.134,3618.0],[2,0.439,0.131,3318.9],[3,0.415,0.124,3203.5],[4,0.461,0.137,3937.9],[5,0.460,0.137,3685.5],[6,0.453,0.135,3629.8],[7,0.444,0.132,3553.4],[8,0.431,0.128,3075.7],[9,0.441,0.131,3538.1],[10,0.466,0.139,3811.7],[11,0.450,0.134,3653.4],[12,0.460,0.137,3984.5],[13,0.447,0.133,3320.6],[14,0.465,0.139,4163.2],[15,0.443,0.132,3546.1],[16,0.449,0.134,3455.4],[17,0.452,0.135,3573.7],[18,0.458,0.136,3788.0],[19,0.475,0.141,4159.2],[20,0.429,0.128,3102.0],[21,0.462,0.138,3706.3],[22,0.439,0.131,3432.6],[23,0.442,0.132,3553.0]]
1 , 2 ) Please compute the area and failure

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Civil Engineering Questions!