Question

What are the angles theta 1 and theta 2 as drawn using the momenta values after the collision?

And also show using the values before and after the collision that the collision is Elastic

Sim Speed me = 0.27 s Sim Speed Time = 0.00 S sim Speed Restart Restamp Time = 0.00 s Back Play Step Add Ball Ball Add Ball Ball Mass (kg) Position (m) Remove Ball Mass (kg) Position (m) X y 1.000 || 1.925 || -0.166 1.000 || 2.186 || 0.366 Velocity (m/s) VX V 2.667 -2.981 3.333 2.981 Momentum (kg m/s) Рx Py 2.667 -2.981 3.333 2.981 Velocity (m/s) Momentum (kg m/s) VX VYPX Ру 6.000 0.000 6.000 0.000 0.000 0.000 0.000 0.000 Remove Ball 1.000 1.000 Less Data 0.5000.000 2.000 0.200 Less Data

Answer 1

Before collision sur P = 6 kq uils in tx- anis Pi = 6î o Collision ↑ PzSinoz, after BJ 202 Po comez oo, Piero, © Pisino, px PicOjo, = 2,667 by = p. sino =2.981 - ' divide Both equation, coto, = 06895 tono = 1.117 To = 40.160 Prx = P2sho = 2.981 Pix = P2 COBO2 = 3.333 divide Both equation_ tano2 = 0.894 Los = 41.840 ] o = 48,16° 1 O2 = 41.840 / - so

Before collision sur P = 6 kq uils in tx- anis Pi = 6î o Collision ↑ PzSinoz, after BJ 202 Po comez oo, Piero, © Pisino, px PicOjo, = 2,667 by = p. sino =2.981 - ' divide Both equation, coto, = 06895 tono = 1.117 To = 40.160 Prx = P2sho = 2.981 Pix = P2 COBO2 = 3.333 divide Both equation_ tano2 = 0.894 Los = 41.840 ] o = 48,16° 1 O2 = 41.840 / - so