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2. Use the expression, 2M,8 T = X2 sin e which is of the form y = mx + b L sine to find the mass of the meter stick + rider M, (from the y intercept) and the length of the meter stick L (from the slope). Include a derivation of this equation in your "Theory" section. On your "Tabulated Results Page," give both the directly measured values of mass and length of the meter stick + rider as well as those values determined from the graph; indicate a percent difference and an estimated uncertainty for each.

2. Use the expression, 2M,8 T = X2 sin e which is of the form y = mx + b L sine to find the mass of the meter stick + rider M, (from the y intercept) and the length of the meter stick L (from the slope). Include a derivation of this equation in your "Theory" section. On your "Tabulated Results Page," give both the directly measured values of mass and length of the meter stick + rider as well as those values determined from the graph; indicate a percent difference and an estimated uncertainty for each.

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Please answer quickly. I do not understand why I seem to be getting incorrect answers. The first picture is the question and the second is the data.
2. Use the expression, M8 2M28 X2 + sin 0 T = which is of the form y = mx + b L sin0 to find the mass of the meter stick + rider M, (from the y intercept) and the length of the meter stick L (from the slope). Include a derivation of this equation in your "Theory" section. On your "Tabulated Results Page," give both the directly measured values of mass and length of the meter stick + rider as well as those values determined from the graph; indicate a percent difference and an estimated uncertainty for each.
Transcribed Image Text:2. Use the expression, M8 2M28 X2 + sin 0 T = which is of the form y = mx + b L sin0 to find the mass of the meter stick + rider M, (from the y intercept) and the length of the meter stick L (from the slope). Include a derivation of this equation in your "Theory" section. On your "Tabulated Results Page," give both the directly measured values of mass and length of the meter stick + rider as well as those values determined from the graph; indicate a percent difference and an estimated uncertainty for each.
Part B Data form experiment X1 X2 55 cm 56 5.4 N 5.6 N 50 cm 50 cm 60 cm 56 6.1 N 50 cm 65 cm 56 6.3 N 50 cm 70 cm 56 6.7 N 50 cm 75 cm 56 50 cm 80 cm 85 cm 6.9 N 56 7.3 N 50 cm 56 7.6 N 50 cm 90 cm 56 7.8 N 50 cm 95 cm 56 M1(meter stick experimental)= 172.5 + 1.0g Length of meter stick = 1 m t 0.001m Analysis: Use the same equation as before. Draw a graph with X2 in x-axis and T in y axis from the table. 2M29 M1g X2 + sin 0 T = AL sin 0 Compare this equation with Y= mX+B, where m is slope and B is intercept. 2M29 28x2 L sin 0/ slope = 2M29X2 L = slope • sin 0 M,9 B = sin e B sin 0 M1 = |theoretical-actual theoretical+actual % difference = 2
Transcribed Image Text:Part B Data form experiment X1 X2 55 cm 56 5.4 N 5.6 N 50 cm 50 cm 60 cm 56 6.1 N 50 cm 65 cm 56 6.3 N 50 cm 70 cm 56 6.7 N 50 cm 75 cm 56 50 cm 80 cm 85 cm 6.9 N 56 7.3 N 50 cm 56 7.6 N 50 cm 90 cm 56 7.8 N 50 cm 95 cm 56 M1(meter stick experimental)= 172.5 + 1.0g Length of meter stick = 1 m t 0.001m Analysis: Use the same equation as before. Draw a graph with X2 in x-axis and T in y axis from the table. 2M29 M1g X2 + sin 0 T = AL sin 0 Compare this equation with Y= mX+B, where m is slope and B is intercept. 2M29 28x2 L sin 0/ slope = 2M29X2 L = slope • sin 0 M,9 B = sin e B sin 0 M1 = |theoretical-actual theoretical+actual % difference = 2
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