Data Table Unstretched spring height h0 = ________ cm = ________ m Mass = 0.200 kg h0 Drop height h1 = ________ cm = ________ m k = 9.5 N/m h1 Distance spring stretched at the top = d1 = ________ cm = ________ m d1 h0 h1 – Measured Energy at PEgrav = the Top: PEelastic = ½ k d12 = m g h1 = ____________ J __________ J TOTAL MEASURED ENERGY AT THE TOP: Etop = ______________ J Lowest height h2 = ________ cm = ________ m h2 Distance spring stretched at the bottom = d2 = ________ cm = ________ m d2 h0 h2 – Measured Energy at PEgrav = the Bottom: PEelastic = ½ k d22 = m g h2 = ____________ J __________ J TOTAL MEASURED ENERGY AT THE BOTTOM: Ebottom = ____________ J Percent difference: _____________________________
Data Table Unstretched spring height h0 h0 = ________ cm = ________ m Mass = 0.200 kg Drop height h1 h1 = ________ cm = ________ m k = 9.5 N/m Distance spring stretched at the top d1 = h0 – h1 d1 = ________ cm = ________ m Measured Energy at the Top: PEelastic = ½ k d12 = __________ J PEgrav = m g h1 = ____________ J TOTAL MEASURED ENERGY AT THE TOP: Etop = ______________ J Lowest height h2 h2 = ________ cm = ________ m Distance spring stretched at the bottom d2 = h0 – h2 d2 = ________ cm = ________ m Measured Energy at the Bottom: PEelastic = ½ k d22 = __________ J PEgrav = m g h2 = ____________ J TOTAL MEASURED ENERGY AT THE BOTTOM: Ebottom = ____________ J Percent difference: _____________________________
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