In the figure shown M=20gm, m=10gm, X'-10cm, x'-20cm, y=20 cm and the Linear momentum is conserved. M falls from rest at A and collides head-on with m which is rest at B. The magnitude of the final momentum after collision at B (in g.cm/s) is (use g=10m.s² Exp.9 Mm B X' O a. 4000 g.cm/s O b. 1000 g.cm/s Oc. 5000 g.cm/s Od. 2000 g.cm/s O e. 12000 g.cm/s 2
In the figure shown M=20gm, m=10gm, X'-10cm, x'-20cm, y=20 cm and the Linear momentum is conserved. M falls from rest at A and collides head-on with m which is rest at B. The magnitude of the final momentum after collision at B (in g.cm/s) is (use g=10m.s² Exp.9 Mm B X' O a. 4000 g.cm/s O b. 1000 g.cm/s Oc. 5000 g.cm/s Od. 2000 g.cm/s O e. 12000 g.cm/s 2
Related questions
Question
Needs Complete solution with 100 % accuracy don't use chat gpt or ai plz plz plz.
Transcribed Image Text:In the figure shown M=20gm, m=10gm, X'-10cm, x'-20cm, y=20 cm and the Linear momentum is conserved. M falls from rest at A
and collides head-on with m which is rest at B. The magnitude of the final momentum after collision at B (in g.cm/s) is (use g=10m.s²
Exp.9
Mm B
X'
O a. 4000 g.cm/s
O b. 1000 g.cm/s
Oc. 5000 g.cm/s
Od. 2000 g.cm/s
O e. 12000 g.cm/s
2
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 3 images
