Answer Happy

Posted: **Thu Jul 14, 2022 2:46 pm**

: Figure Q2 C Shows An Impact Event A Big Disc M1 8 Kg Impacts A Smaller Disc M2 Xkg Where X Is The Last Non Zero 1 (23.6 KiB) Viewed 14 times

: Figure Q2 C Shows An Impact Event A Big Disc M1 8 Kg Impacts A Smaller Disc M2 Xkg Where X Is The Last Non Zero 2 (16.16 KiB) Viewed 14 times

: Figure Q2 C Shows An Impact Event A Big Disc M1 8 Kg Impacts A Smaller Disc M2 Xkg Where X Is The Last Non Zero 3 (16.16 KiB) Viewed 14 times

Figure Q2 (c) shows an impact event. A big disc, m1=8 kg impacts a smaller disc, m2 =Xkg where X is the last non-zero digit of your Matric number. For example: if your matric number is AN201050,m2=5 kg. The initial velocities of the discs are given in Figure Q2 (c) and the coefficient of restitution e=0.80. Calculate the magnitude and directions of the final velocities of m1 and m2.
Figure Q2 (c)

Answer Happy

Figure Q2​ (c) shows an impact event. A big disc, m1​=8 kg impacts a smaller disc, m2​ =Xkg where X is the last non-zero

Figure Q2​ (c) shows an impact event. A big disc, m1​=8 kg impacts a smaller disc, m2​ =Xkg where X is the last non-zero

Figure Q2 (c) shows an impact event. A big disc, m1=8 kg impacts a smaller disc, m2 =Xkg where X is the last non-zero

Figure Q2 (c) shows an impact event. A big disc, m1=8 kg impacts a smaller disc, m2 =Xkg where X is the last non-zero