Prelab 2: Complete this chart using energy calculations, if The hanging mass = 200 g =...

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Prelab 2: Complete this chart using energy calculations, if The hanging mass = 200 g = 0.2 kg The spring constant k = 20 N/m The unstretched location is 0.2 m above the bottom location. Note: The equilibrium position is where Fg = Fel or mg = kx PEel = (0.5)kx PER = mgh TE = PEel +PEg + KE Location x (m) h (m) PEel (J) PE (J) KE (J) TE (J) Unstretched 0 0.2 Point A random 0.05 Point Equilibrium Point Lowest 0.2 0 Point x spring stretch from unstretched point h = height from lowest point TE=Total energy 0 Prelab 2: Complete this chart using energy calculations, if The hanging mass = 200 g = 0.2 kg The spring constant k = 20 N/m The unstretched location is 0.2 m above the bottom location. Note: The equilibrium position is where Fg = Fel or mg = kx PEel = (0.5)kx PER = mgh TE = PEel +PEg + KE Location x (m) h (m) PEel (J) PE (J) KE (J) TE (J) Unstretched 0 0.2 Point A random 0.05 Point Equilibrium Point Lowest 0.2 0 Point x spring stretch from unstretched point h = height from lowest point TE=Total energy 0