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Table 1. Determining the initial velocity of the bullet height %Difference Vo mass of bullet mass of block Vo (Experimental) (Calculated) (Vo) 0.075 4.0 0.20 115.0 m/s 107.6 m/s 6.9% 0.075 4.0 0.30 141.63 m/s 131.8 m/s 0.075 4.0 0.40 161.1 m/s 152.13m/s 0.075 4.0 0.50 178.75 m/s 170.1 m/s 0.075 4.0 0.60 197.5 m/s 186.32 m/s 0.075 4.0 0.70 213.13 m/s 201.3 m/s 0.075 4.0 0.80 225.0 m/s 215.15 m/s 5. Calculate the value of vo using Equation 9 for the different heights indicated in Table 1. This will be your calculated value of vo. Calculate the percent difference between the experimental and calculated value and record it in Table 1. Question 1: What should we do to the initial velocity of the bullet if we want the pendulum system to swing higher? Do we increase it or decrease it?

Table 1. Determining the initial velocity of the bullet height %Difference Vo mass of bullet mass of block Vo (Experimental) (Calculated) (Vo) 0.075 4.0 0.20 115.0 m/s 107.6 m/s 6.9% 0.075 4.0 0.30 141.63 m/s 131.8 m/s 0.075 4.0 0.40 161.1 m/s 152.13m/s 0.075 4.0 0.50 178.75 m/s 170.1 m/s 0.075 4.0 0.60 197.5 m/s 186.32 m/s 0.075 4.0 0.70 213.13 m/s 201.3 m/s 0.075 4.0 0.80 225.0 m/s 215.15 m/s 5. Calculate the value of vo using Equation 9 for the different heights indicated in Table 1. This will be your calculated value of vo. Calculate the percent difference between the experimental and calculated value and record it in Table 1. Question 1: What should we do to the initial velocity of the bullet if we want the pendulum system to swing higher? Do we increase it or decrease it?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Table 1. Determining the initial velocity of the bullet mass of block height Vo %Difference Vo mass of bullet (Experimental) (Calculated) (vo) 0.075 4.0 0.20 115.0 m/s 107.6 m/s 6.9% 0.075 4.0 0.30 141.63 m/s 131.8 m/s 0.075 4.0 0.40 161.1 m/s 152.13m/s 0.075 4.0 0.50 178.75 m/s 170.1 m/s 0.075 4.0 0.60 197.5 m/s 186.32 m/s 0.075 4.0 0.70 213.13 m/s 201.3 m/s 0.075 4.0 0.80 225.0 m/sT 215.15 m/s 5. Calculate the value of vo using Equation 9 for the different heights indicated in Table 1. This will be your calculated value of vo. Calculate the percent difference between the experimental and calculated value and record it in Table 1. Question 1: What should we do to the initial velocity of the bullet if we want the pendulum system to swing higher? Do we increase it or decrease it? tv 80 DII DD F3 F4 F5 F6 F7 F8 % 4 5 6 7 8 9
Transcribed Image Text:Table 1. Determining the initial velocity of the bullet mass of block height Vo %Difference Vo mass of bullet (Experimental) (Calculated) (vo) 0.075 4.0 0.20 115.0 m/s 107.6 m/s 6.9% 0.075 4.0 0.30 141.63 m/s 131.8 m/s 0.075 4.0 0.40 161.1 m/s 152.13m/s 0.075 4.0 0.50 178.75 m/s 170.1 m/s 0.075 4.0 0.60 197.5 m/s 186.32 m/s 0.075 4.0 0.70 213.13 m/s 201.3 m/s 0.075 4.0 0.80 225.0 m/sT 215.15 m/s 5. Calculate the value of vo using Equation 9 for the different heights indicated in Table 1. This will be your calculated value of vo. Calculate the percent difference between the experimental and calculated value and record it in Table 1. Question 1: What should we do to the initial velocity of the bullet if we want the pendulum system to swing higher? Do we increase it or decrease it? tv 80 DII DD F3 F4 F5 F6 F7 F8 % 4 5 6 7 8 9
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