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Square both sides of the equation above. If we plot T2 vs. m, What is the expression for the slope of this graph?

An unstretched vertical spring has length of L1 = 7.35 +/- 0.05 cm. A 500.0 +/- 0.1 g mass is hung on the spring which then stretches it to a length L2 = 12.50 +/- 0.05 cm. Calculate the spring constant k and its uncertainty. Show your workings.

Square both sides of the equation above. If we plot T2 vs. m, what is the expression for the slope of this graph? Prelab 2 An unstretched vertical spring has length of l 7.35 t 0.05 cm. A 500.0 + 0.1 g mass is hung on the spring which then stretches it to a length L2s 12.50 t 0.05 cm. Calculate the spring constant k and its uncertainty. Show your workings

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Answer #1

Slope of T​​​​​​2 vs m is 4pi2/k

Given. Squaring on both siden. we set > () » (2) Ir in in the fam af Oy compenin ejution c1) aned (2) we Sut slope = m = slop500.0x16x918 mg -3 5.15 xiót 4900 x103 9514 xió! N/m - 95.14 S.15X15 Sping Constant, k= 95.14 H/m uncertainity in Spring Cons

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