Put an additional clamp and hanger in the stick and hang 50 g and 100 g masses as shown below (Figure 4). Your experimental task is to hang a third mass from the empty hanger and bring the stick to equilibrium. You have to pick yourself the position of the third clamp and the mass to hang from it. 10 100 % 30 30 cm 40 dz 60 012 70 m3 45 cm Third mass value m3 (kg): 0.020; Write below the condition of rotational equilibrium in this case: SO Third lever arm value d3 (m): 0.144 90 1 F Figure 4. A meter stick will become balanced when the counter-clockwise torque is equal to the total clockwise torque. 50 % 2.0 V Home Insert Draw Design Book Antiqua B I U A Off v 12 ab x x A A Lab6 - Rotational Equilibri... Layout References Aa A A Font Type here to r Tow: M V 2 T Paragraph alexsander.dominguez@stu.bmcc.cuny.edu I Mailings Review A Styles Editing Styles Calculate the counter-clockwise torque and the total clockwise torque below. Show your work. Tcew: View Help Table Desig Dictate Sensitivity A QUESTION: Do you consider that the condition of rotational equilibrium is valid in this case? Justify your answer. Voice Sensitivity Edi Ec