Physics Lab Need an answer in detail. Fill up the answer in Table.

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Physics Lab
Need an answer in detail. Fill up the answer inTable.

Physics Lab Need An Answer In Detail Fill Up The Answer In Table 1 (54.73 KiB) Viewed 10 times

Physics Lab Need An Answer In Detail Fill Up The Answer In Table 2 (68.45 KiB) Viewed 10 times

Table 3 Linear Momentum in Perfect Inelastic Collisions m m P₁ = m₁v₁i + m₂ v2i = 2.5kg x 0+0.5 x (-0.5)=0-0.25 = -0.25kg. S S Run # v2i pink (before) (m/s) 1 -0.5 + 2 3 + 4 + INCLUDE YOUR CALCULATIONS JUST FOR ONE OF THE RUNS m1green (kg) Pf (m₁ + m₂) v = (2.5 +0.5)kg x (-0.08)- m == S 2.5 1.5 2.5 0.5 m2pink (kg) 0.5 0.5 0.5 0.5 vli green (before) (m/s) 0 + v1f green (after) (m/s) -0.08 + 0 v2f pink (after) (m/s) -0.08 + 0 -0.25kg m S Ptotal (intial) (kgm/s) -0.25 m S Ptotal (final) (kgm/s) -0.25
Select "Intro", "Velocity" and "Values" "More Data" and "Slow". Select 100% Elastic. To adjust the value of masses, click on the white boxes under "More Data" and "Mass (kg)" corresponding to objects 1 and 2 and select the values 2.5" and "0.5" for objects 1 and 2 respectively, followed by "Enter". m₁=2.5 kg and m₂=0.5kg To adjust the values of velocities, click on the white boxes corresponding to objects 1 and 2 and select the value followed by "Enter" V₁-0m/s and v2i=-0.5m/s. Play "Play" and then "Pause" to check if your screen looks like the picture below. The values are entered in the tables 1- 4 along with total momentum and kinetic energy calculations. 0.5 m 1.02 s Ipl = 0.00 kg m/s More Data v=0.00 m/s Mass (kg) (1) 2.50 (2) 0.50 Position (m) X -1.00 0.99 |v) = 0.50 m/s |p] = 0.25 kg m/s Velocity (m/s) Vx 0.00 -0.50 Normal Slow Momentum (kg m/s) Px 0.00 -0.25 ✔Velocity Momentum DOK Change in Momentum Center of Mass Kinetic Energy Values Elasticity Inelastic Constant Size Momenta Diagram x 100% Elastic -0