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Part 1: horizontal distance to the near edge of the carbon paper: 145 cm launeher to begmaing et cr bem edse peper additional distances beyond the near edge of the carbon paper to each dot: 1. 8.8 cm 2. 9.0 cm 3. 1.0 cm 4. 6.7 5. 6.8 cm ст ст average additional distance beyond the near edge of the carbon paper: .66 cm total horizontal range (x): leurler 52.6 cm s plus dr hu initial height (-y): cm fram floor to ukn bull cmer ut of murale lamme her calculated flight time: 0.452 calculated muzzle velocity: 337.61 cm/s Show calculations for flight time and muzzle velocity on a separate sheet of paper. Part 2: 217 to front edge initial height (-y): 100 cт > algn plum bb 27° degrees bln 25-350- measured optimum firing angle: measured range:222.8 cm Cm/s 322.88 Viy cm/s -98.63 Vx 0.88 s calculated flight time: calculated range: 264 cm % error:

Part 1: horizontal distance to the near edge of the carbon paper: 145 cm launeher to begmaing et cr bem edse peper additional distances beyond the near edge of the carbon paper to each dot: 1. 8.8 cm 2. 9.0 cm 3. 1.0 cm 4. 6.7 5. 6.8 cm ст ст average additional distance beyond the near edge of the carbon paper: .66 cm total horizontal range (x): leurler 52.6 cm s plus dr hu initial height (-y): cm fram floor to ukn bull cmer ut of murale lamme her calculated flight time: 0.452 calculated muzzle velocity: 337.61 cm/s Show calculations for flight time and muzzle velocity on a separate sheet of paper. Part 2: 217 to front edge initial height (-y): 100 cт > algn plum bb 27° degrees bln 25-350- measured optimum firing angle: measured range:222.8 cm Cm/s 322.88 Viy cm/s -98.63 Vx 0.88 s calculated flight time: calculated range: 264 cm % error:

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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By what numerical factor will the range increase if you use a spring gun (fired horizontally) which give the ball four times as much initial velocity as in the lab? Explain your answer.

Part 1: horizontal distance to the near edge of the carbon paper: 145 cm launeher to begmaing et cr bem edse peper additional distances beyond the near edge of the carbon paper to each dot: 1. 8.8 cm 2. 9.0 cm 3. 1.0 cm 4. 6.7 5. 6.8 cm ст ст average additional distance beyond the near edge of the carbon paper: .66 cm total horizontal range (x): leurler 52.6 cm s plus dr hu initial height (-y): cm fram floor to ukn bull cmer ut of murale lamme her calculated flight time: 0.452 calculated muzzle velocity: 337.61 cm/s Show calculations for flight time and muzzle velocity on a separate sheet of paper. Part 2: 217 to front edge initial height (-y): 100 cт > algn plum bb 27° degrees bln 25-350- measured optimum firing angle: measured range:222.8 cm Cm/s 322.88 Viy cm/s -98.63 Vx 0.88 s calculated flight time: calculated range: 264 cm % error:
Transcribed Image Text:Part 1: horizontal distance to the near edge of the carbon paper: 145 cm launeher to begmaing et cr bem edse peper additional distances beyond the near edge of the carbon paper to each dot: 1. 8.8 cm 2. 9.0 cm 3. 1.0 cm 4. 6.7 5. 6.8 cm ст ст average additional distance beyond the near edge of the carbon paper: .66 cm total horizontal range (x): leurler 52.6 cm s plus dr hu initial height (-y): cm fram floor to ukn bull cmer ut of murale lamme her calculated flight time: 0.452 calculated muzzle velocity: 337.61 cm/s Show calculations for flight time and muzzle velocity on a separate sheet of paper. Part 2: 217 to front edge initial height (-y): 100 cт > algn plum bb 27° degrees bln 25-350- measured optimum firing angle: measured range:222.8 cm Cm/s 322.88 Viy cm/s -98.63 Vx 0.88 s calculated flight time: calculated range: 264 cm % error:
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