Ballistic pendulum lab sources of error. INTRODUCTION: We will be shooting a steel ball into the bob of a pendulum at a certain height which is where the bob will get stuck at. 4 Procedure: A photograph of the ballistic pendulum is shown in Figure 4. What could be possible sources of error in a ballistic pendulum experiment of energy not being conserved from final kinetic energy to potential energy be? There are 3 steps to solve this one. We check this speed by measuring the range of a ball fired horizontally from the cannon ent speed to shatter eye Dec 8, 2010 · Errors in lab experiments, such as those involving a ballistics pendulum, can stem from various factors, including equipment malfunction or measurement inaccuracies. Equations ∆KE = ½ mv 2 Nov 13, 2015 · The ballistic pendulum was invented in 1742 to measure the speed of bullets. Figure 12. what are the sources of error? Is there conservation of mechanical energy during a collision and after the collision? Lab experiment with calculations and data from a ballistic pendulum. Nov 8, 2009 · The major contributor of error, however, was most likely from the distance measurements from the projectile part of the lab. The angle indicator should read 4. Some sources of error would be imperfect measuring tools, inconsistency with the shot (firing straight, catching consistently, etc. l8vwx 1jar nabzb zqb8n ewwh wq093 siu2uxd osbrf wgyulu ln0bjrsk