LAB 6 - Ballistic Pendulum

pdf

School

California State University, Los Angeles *

*We aren’t endorsed by this school

Course

1570

Subject

Physics

Date

Jan 9, 2024

Type

pdf

Pages

2

Uploaded by ChancellorGalaxySeaUrchin4

Report
PHYS 1570 – LAB 6 BALISTIC PENDULUM Name of Students 1. Sergio Villegas 2. Oscar Hernandez 3. Daniel Loera _____________________________________________________________________________________ A. Projectile caught by a pendulum Mass of projectile m [kg] 66.08g Mass of pendulum M [kg] 249.4g Distance R [m] Trial number Value 0.245m 1 24.5 0.245m 2 24.5 0.245m 3 24.5 0.245m 4 24.5 0.245m 5 24.5 0.245 m 6 24.5 Average distance R [m] 1.47m Table 1: Preliminary data acquisition table Trial number Angular deviation θ [degree] Initial velocity v 1 [m/s] 1 38 11.8 2 37 11.5 3 37.5 11.6 4 37 11.5 5 38 11.8 6 37.5 11.6 Average v 1 37.5 11.6 Standard deviation σ 0.447 0.141 Standard error ε 0.224 0.0705 Table 2: Initial velocity of the projectile from the pendulum method. B. Projectile motion H eight of ball fr o m gro und y : 102.8 m Trial number Shooting range x Initial velocity v 2
[m] [m/s] 1 228.5 49.9 2 237.5 51.9 3 238.3 52.03 4 235.5 51.4 5 224.5 49.01 6 228.5 49.9 Average v 2 N.A 50.69 Standard deviation σ N.A 1.25 Standard error ε N.A 0.625 Table 3: Initial velocity of the projectile from the projectile motion method Analysis 1. Does your projectile velocity from the pendulum falls within the range of the value from the projectile motion method? 2. What is the discrepancy between the two methods? _____39.09_____ m/s 𝑣 ~ 1 − 𝑣 ~ 2 = 3. What is the discrepancy between the two methods in percentage? ______62.8______ % 2 𝑣 ~ 1 −𝑣 ~ 2 𝑣 ~ 1 +𝑣 ~ 2 ×100 =
Your preview ends here
Eager to read complete document? Join bartleby learn and gain access to the full version
  • Access to all documents
  • Unlimited textbook solutions
  • 24/7 expert homework help