lard Paragraph parts of the experin dices pre balanced, discuss the agr the experimental resale sufficient consider that the data vellfies the theory? Explain your answer. In part 1 of the laboratory, what is the value of the force , with which the support pushes upward on the meter stick Show you METER STICK DATA TABL 1050 m DATA AND CALCULATIONS TABLE Mass (kg) Position (mo Lever ann [ito Torque (Nm) Diff mi = 0.1162 x1 -0.1000 116 = 0.2162 x1 =07150 DATA AND CALCULATIONS TABLE Mass (Kg) Position (m) Mm) mi = 0.1162 *1 0.1000 m: 0.2162 X1= 0 7500 m3 - 0.0602 X3 0.3840 Notice: the mass of each hanger is 0 0162 kell words Text Predictions: On 7% Accessibility Investigate WTimes New Roman it 12 aste lipboard When forces are applied to a rigid body, if the body isit be in equilibrio both with respect to translation and rotation. Part 1: Torque due to Two Known Fortes We use a meter stick of mass m. # 0.090 ky and center of gratify at * - 0:50 m; With the meter stick supported at the equilibrium position so we placed a mass mi = 0.1000 kg at the 0.1000 m mark. We then determined experimentally to the nearest 0.5 mm, the position *2 at which a mass my - 0 2000 ki must be placed in order to balance the meter stick This is recorded as x2 in Data Table i 2. Calculate the lever arm di for each force. For this case diff | & # xi |/where x is the position of the ith mass. Note that since the support is at the position of the center of gravity ge the meter suck mass has zero lever-arm and thus will not contribute to the torque Record lebord the values of di and di in Calculation Table 1 3.Calculate and record in Calculations Table I the value for the sum of the counterclockwise torques _ ber= migd Calculate and record in Calculations Table 1 the value for the sum of the clockwise torques > The magde 4. According to the theory, the magnitude of 2 Row and 2 tershould be equal since the system is in equilibrium Calculate the percentage difference between > toy and I Toy and record the result in Calculations Table 1! XI 100 cm 4 661 words Text Predictions: On Accessibility: Investigate WPart 2: Torque due to Three known Force Once again the meter stick is supported I its center of gravity be, We placed masses my 0 1000 ke at the 0 1000 m mark and in2 - 0.2000 ky at the 0 7500 m mark. We then determine experimentally, to the nearest 0 6 mm the position as which ia mass me # 0:0500 kg must be placed in order to balance the system. This is record the value of x3 in Data Table . For this experimental arrangement the meter stick mass ma again makes no contribution to the torque Calculate the lever arm for each of the other masses and record the values in Calculations Table 2 (di- tex Calculate the values of > fog and of _ To and record these in the Calculations Table 2. Notice that you must decide for mass my whether it contributes to the counterclockwise or clockwise torque. Calculate the percentage difference between > troy and > toy and record it in Calculations Table 2. X3 100 cm Focus 11:39 P Watchlist Ideas 3/9/202