Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb y''−αy = βx(L−x) α =T/ EI β = w /2EI

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Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb y''−αy = βx(L−x) α =T/ EI β = w /2EI

Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb

y''−αy = βx(L−x)

α =T/ EI
β = w /2EI

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Given dada E1 CL td m

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Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb y''−αy = βx(L−x) α =T/ EI β = w /2EI

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Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb y''−αy = βx(L−x) α =T/ EI β = w /2EI

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Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb y''−αy = βx(L−x) α =T/ EI β = w /2EI

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Add Answer to: Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb y''−αy = βx(L−x) α =T/ EI β = w /2EI

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Obtain the analitical solution: I=121 in^4 , L=120in , E= 29x10^6 lb/in^2 , w= 10000 lb/in , tension T=10 000lb y''−αy = βx(L−x) α =T/ EI β = w /2EI