Question

Cycles Stress 500003 180 107296 200 27248 260 14485 300 6587 320 4981 340 2945 360 2837 380 1641 400 Sample dimension Length: 2.43 in Bigger Diameter: 0.3 in Smaller Diameter: 0.1 in Cycles vs Stress y = 1193.7$x^{-0.148}$ $R^2$ = 0.9869 Series1 Power (Series1)

          Cycles Stress
500003 180
107296 200
27248 260
14485 300
6587 320
4981 340
2945 360
2837 380
1641 400
Sample dimension
Length: 2.43 in
Bigger Diameter: 0.3 in
Smaller Diameter: 0.1 in
Cycles vs Stress
y = 1193.7$x^{-0.148}$
$R^2$ = 0.9869
Series1
Power (Series1)

Cycles Stress
500003 180
107296 200
27248 260
14485 300
6587 320
4981 340
2945 360
2837 380
1641 400
Sample dimension
Length: 2.43 in
Bigger Diameter: 0.3 in
Smaller Diameter: 0.1 in
Cycles vs Stress
y = 1193.7x^-0.148
R^2 = 0.9869
Series1
Power (Series1)

Added by Anita M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

07/08/2023

Step 1

The data provided includes the stress levels (in MPa) and the corresponding number of cycles until failure. We will also examine the relationship between cycles and stress, as well as the power of the data series. Show more…

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Write a fatigue lab report including this data (Material Science class, Material Analysis class): A B C D E F G H K L M Cycles: 500003, 107296, 27248, 14485 Stress: 180, 200, 260, 300 Cycles vs Stress 450 400 y = 1193.7x - 0.148 R^2 = 0.9869 6587 320 350 300 250 Stress 200 150 100 50 0 0 Series1 4981 340 2945 360 Power(Series1) 2837, 1641 380 400 100000 200000 300000 400000 500000 600000 Sample dimensions: Length: 2.43 in Bigger Diameter: 0.3 in Smaller Diameter: 0.1 in Cycles