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Question: can somebody help me with question 2 the dimension on...

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Can somebody help me with question 2? The dimension on for the table 1/2/3/4 are the dimensions my partners got.

nalysis: Your lab report should include the following: In the Calculations section: Using your measurements of the dimensions of the room, calculat the volume of the room. Also calculate the uncertainty in the volume given your estimated uncertainties in the length, width, and height. 1. 2. Determine the area of the table for both sets of measurements (ruler and meter stick), and calculate the uncertainty in the area using both sets of your measurements and uncertainty estimates (Both of the areas you calculate and their uncertainties should be shared with your lab partners, for inclusion in their reports.) 3. Determine the volume of the sphere for both sets of your measure- ments (ruler and vernier caliper), and calculate the uncertainty in the volume in each case. Also determine the density of the density, and calculate the uncertainty in the density. In the Conclusions section: 1. For this experiment, along with a discussion of your results, dis- tbod you used for choosing the uncertainty estimates
The laborahory is an relative uncertainty: 0.412 10.2 0.6 6.7 = 0.2 Note that the relative uncertainty is dimensionless. If we want the absolute uncertainty in the volume, we multiply both sides of the above equation by V V 0.2V 0.2(360 em) 70 cm So the volume of this cylinder should be reported as V-360 ± 70 cm3 or V = 360 cm3 (+20%). PERCENT ERROR AND PERCENT DIFFERENCE A percent error should be calculated when an experimental value E is compared to a standard or accepted value S of the same quantity We express the difference between E and S as a percent of the standard value S: E-S percent errorx 100 This formula yields a positive result if the experimental value is high in comparison to the standard value, and a negative result if it is low. A percent difference should be calculated when two experimental values, Er and E2, are compared to each other, and there is no standard value for comparison. In this case we express the absolute value of the difference between the experimental values as a percent of the average of the two values: percent diferenceHEE difference-E1TAI×100
Table dimenslons L: 182.95e net
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