For the stepped steel shaft in Figure 1, create a spreadsheet to numerically integrate the equations...

 

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For the stepped steel shaft in Figure 1, create a spreadsheet to numerically integrate the equations to solve for the deflections. Determine the maximum displace- ment and slope of the shaft at A and G. D₂ = 100 mm- D₁ = 75 mm- RL A 125 mm 275 mm- -375 mm- 36 KN 525 mm 600 mm- D3 = 125 mm -1000 mm- B C D -D4 = 75 mm 19 KN E F RR G Figure 1: Simply supported stepped shaft with transverse loads. For the stepped steel shaft in Figure 1, create a spreadsheet to numerically integrate the equations to solve for the deflections. Determine the maximum displace- ment and slope of the shaft at A and G. D₂ = 100 mm- D₁ = 75 mm- RL A 125 mm 275 mm- -375 mm- 36 KN 525 mm 600 mm- D3 = 125 mm -1000 mm- B C D -D4 = 75 mm 19 KN E F RR G Figure 1: Simply supported stepped shaft with transverse loads.

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