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,M82M28X2 +sin 0T =which is of the form y = mx + bL sin0to find the mass of the meter stick + rider M, (from the y intercept) and the length ofthe 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 ofmass and length of the meter stick + rider as well as those values determined from thegraph; indicate a percent difference and an estimated uncertainty for each. Part BData form experimentX1X255 cm565.4 N5.6 N50 cm50 cm60 cm566.1 N50 cm65 cm566.3 N50 cm70 cm566.7 N50 cm75 cm5650 cm80 cm85 cm6.9 N567.3 N50 cm567.6 N50 cm90 cm567.8 N50 cm95 cm56M1(meter stick experimental)=172.5 + 1.0gLength of meter stick = 1 m t 0.001mAnalysis:Use the same equation as before.Draw a graph with X2 in x-axis and T in y axis from the table.2M29M1gX2 +sin 0T =AL sin 0Compare this equation with Y= mX+B, where m is slope and B is intercept.2M2928x2L sin 0/slope =2M29X2L =slope • sin 0M,9B =sin eB sin 0M1 =|theoretical-actualtheoretical+actual% difference =2

Given data: The angle θ = 56 Now, the graph of the given data is: From the above curve fitting…

Answered: 2. Use the expression, 2M,8 T = X2 sin…

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