11:39 PM Fri Oct 15 a 94% | ( Math Solvings 2.2.4.Problem 4 Compute the normal tension which will be applied to a tape supported over two supports in order to make the tape equal to its nominal length...


I'm stuck with the process of getting Pn, how do I get it? please see attached photo. If possible, please explain the process. Thank you.


11:39 PM Fri Oct 15<br>a 94% |<br>( Math Solvings<br>2.2.4.Problem 4<br>Compute the normal tension which will be applied to a tape supported over two<br>supports in order to make the tape equal to its nominal length when supported<br>only at end points. The steel tape is 30-m long and weights 0.84 kg when<br>supported throughout its length under a standard pull of 5.6kg, with the modulus<br>kg<br>of elasticity of 2 x 106 , and area of 0.06 cm².<br>cm2<br>Given: W=0.84 kg<br>L tape -g0m<br>Por S.lokg<br>E- 2x10° kg/cm²<br>Repd:Pr<br>A<br>0.06<br>EA<br>24 Pn<br>24 Put<br>(0.84) Co.00(2x10*)<br>24<br>Pa? ( Pa -S.6)<br>|<br>P - S.l6 Pú = 3528<br>

Extracted text: 11:39 PM Fri Oct 15 a 94% | ( Math Solvings 2.2.4.Problem 4 Compute the normal tension which will be applied to a tape supported over two supports in order to make the tape equal to its nominal length when supported only at end points. The steel tape is 30-m long and weights 0.84 kg when supported throughout its length under a standard pull of 5.6kg, with the modulus kg of elasticity of 2 x 106 , and area of 0.06 cm². cm2 Given: W=0.84 kg L tape -g0m Por S.lokg E- 2x10° kg/cm² Repd:Pr A 0.06 EA 24 Pn 24 Put (0.84) Co.00(2x10*) 24 Pa? ( Pa -S.6) | P - S.l6 Pú = 3528

Jun 11, 2022
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