4. Calculate the average of the horizontal distance. 5. Find the initial velocity vo of the projectile using the and H values. Data Table 1: Vertical Height H = 0.925 m Trial # Range R(m) Absolute error in distance AH =A R=+ 0.001 m 2.260 Horizontal range =_ (w)* 2 2.264 Time of flight t=, (sec) 3 2.280 Initial Velocity vo- (m/s) 4 2.254 5 2.250 =

4. Calculate the average of the horizontal distance. 5. Find the initial velocity vo of the projectile using the and H values. Data Table 1: Vertical Height H = 0.925 m Trial # Range R(m) Absolute error in distance AH =A R=+ 0.001 m 2.260 Horizontal range =_ (w)* 2 2.264 Time of flight t=, (sec) 3 2.280 Initial Velocity vo- (m/s) 4 2.254 5 2.250 =

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Description: 4. Calculate the average of the horizontal distance.5. Find the initial velocity vo of the projectile using the and H values.Data Table 1:Vertical Height H = 0.925 mTrial #Range R(m)Absolute error in distance AH =A R=+ 0.001 m2.260Horizontal range

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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Projectile Motion

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Question

4. Calculate the average <R > of the horizontal distance.
5. Find the initial velocity vo of the projectile using the <R> and H values.
Data Table 1:
Vertical Height H = 0.925 m
Trial #
Range R(m)
Absolute error in distance AH =A R=+ 0.001 m
2.260
Horizontal range <R >=_
(w)*
2
2.264
Time of flight t=,
(sec)
3
2.280
Initial Velocity vo-
(m/s)
4
2.254
5
2.250
<R>=

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