0 1. v1 ~-94 m/s part 1 of 6 Two balls have masses 2.9999 kg and O 2. vi ~ +94 m/s 3.0001 kg. The 2.9999 kg ball has an ini- tial velocity of 94 m/s (to the right) along a 0 3. vi ~ +47 m/s line joining the two balls and the 3.0001 kg ball is at rest. They make a head-on elastic 0 4. V) ~-47 m/s collision with each other. 94 m/s 0 m/s X 5. vi >>+188 m/s 0 6. v, ~0 m/s 2.9999 kg 3.0001 kg 07. vi > +188 m/s O 8. Cannot be determined 0 9. U2 ~-47 m/s0 1. v, ~0m/s part 3 of 6 Now the two balls have masses of 0.0003 kg O 2. vi >> +188 m/s and 30000 kg. 94 m /s 3. vi ~+188 m/s 0 m/s 0 4. vi ~-94 m/s 5. Cannot be determined. 0.0003 kg 30000 kg Estimate the final velocity v, of the 0 6. V) ~-47 m/s 0.0003 kg ball. 0 7. v1 ~ +47 m/s O 8. v1 ~+94 m/s 09. 01> +188 m/s1. Cannot be determined. part 5 of 6 Now the two balls have masses of 30000 kg 0 2. vi ~0m/s and 0.0003 kg. 94 m/s 0 3. vi> +188 m/s 30000 kg ball. 0 7. v1 ~ +94 m/s 0 8. vi ~ -94 m/s 0 9. vi ~+188 m/sO 1. V2 ~-94 m/s part 6 of 6 Estimate the final velocity v2 of the O 2 02> +188 m/s 0 5. 12 ~ +47 m/s 6. 12 ~ +188 m/s O 7. Cannot be determined. 0 8. U2 ~ -47 m/s 0 9. U2 ~ +94 m/s