During your experiment, you collected 2 data points in the partially submerged case. For the purposes...

       

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During your experiment, you collected 2 data points in the partially submerged case. For the purposes of answering the post-lab, these are as follows: Data ID Partial 1 Mass Level of Water m(g) h(mm) MError_1 = 50 Give your answers with 3 significant figures. Answers within 3% are considered correct. For Full 2 159 The following standard assumptions are made: Density of water = 1000.0 kg/m³ Acceleration due to Gravity = 9.81 m/s² Moments are calculated about the centre of rotation "0" (see Figure 2 in the lab notebook). MError_2= Partial 2 100 145 Q1a. What is the experimentally measured Moment (Mexp) for Full 1? Mexp_1 = N.m Q1b. What is the theoretical Moment (Mtheory, full) for Full 1? Mtheory_1= N.m Q2a. What is the experimentally measured Moment (Mexp) for Full 2? Mexp_2 = N.m Q2b. What is the theoretical Moment (Mtheory.full) for Full 2? Mtheory_2= Q3. Given your results from above, calculate the (absolute) percentage error of the experimentally measured (Mexp) moment about the centre of rotation compared to the theoretical (Mtheory) moment. Provide your answer to 2 decimal places (ie 5.23). Do not include the percent sign in your answer. For Full 1 N.m During your experiment, you collected 2 data points in the partially submerged case. For the purposes of answering the post-lab, these are as follows: Data ID Partial 1 Mass Level of Water m(g) h(mm) MError_1 = 50 Give your answers with 3 significant figures. Answers within 3% are considered correct. For Full 2 159 The following standard assumptions are made: Density of water = 1000.0 kg/m³ Acceleration due to Gravity = 9.81 m/s² Moments are calculated about the centre of rotation "0" (see Figure 2 in the lab notebook). MError_2= Partial 2 100 145 Q1a. What is the experimentally measured Moment (Mexp) for Full 1? Mexp_1 = N.m Q1b. What is the theoretical Moment (Mtheory, full) for Full 1? Mtheory_1= N.m Q2a. What is the experimentally measured Moment (Mexp) for Full 2? Mexp_2 = N.m Q2b. What is the theoretical Moment (Mtheory.full) for Full 2? Mtheory_2= Q3. Given your results from above, calculate the (absolute) percentage error of the experimentally measured (Mexp) moment about the centre of rotation compared to the theoretical (Mtheory) moment. Provide your answer to 2 decimal places (ie 5.23). Do not include the percent sign in your answer. For Full 1 N.m