Question

Can anyone help us figure out this in our Torque lab experiment? I hope you all got time on this. I'm sorry for inconvenience. Thank you

Procedure

Part C (Meterstick Mass) 1. Remove all masses from the meterstick and move the pivot 10.0 cm to left of the center of mass position. 2. For each row in Table C, place a mass of your own choosing on the left hand side to balance the system. 3. Calculate L and 7 as in parts A and B. 4. Calculate the average Torque, Tavg, and from it the mass of the meterstick, Mstick,avg. 5. Create a graph of M vs Lstick for find Mstick,graph from the slope. 6. Compare both Mstick,avg and Mstick,graph against the actual meterstick mass, Mstick,scale, with % discrepancies.

Data sheet

Answer 1

x 40.00 50.18 cm, C.M / are Mstick Masses plased (g.um) Llam) a(cm) r M (9) 30*28.85 = 865.5 11:25 40.10-11.25 = 28.85 18.30 21.8 872 870 22.70 17.4 14:55 873 25.55 27.60 12.5 875 865.5+872 +870 + 873 +875 Now Tave = = 871.) gremo i. Mstiu, are . Cave - 87.11 gm. 10 h difference = 87.11-85.93 M100'/. = 1,371. 55.93 OM (9) L stick 30 10 ss = 0.346 0, 4587 0.5247 0.6872 slope = 54-38 0.618_0,437 = 88.4 is Msticu, gra = 88-4 gm. s. eroora 88.4-85.93 "xlooy. = 2.87).

0.346 0.437 LILII La Sca 0.618 0.709 0.8