The model shows an experiment where two metal balls were dropped into a block of clear gelatin. YWhich of the following explains what isshown in the picture?Ball X was dropped from a lowerheight than ball Y assuming that ballX and ball Y are the same mass.Ball Y was dropped from a lowerheight than ballI X assuming that ballX and ball Y are the same mass.Ball X and ball Y are dropped from thesame height, but ball X weighs morethan ball Y.The block applies a more resistantforce to ball X than Ball Y

Name: The model shows an experiment where two metal balls were dropped into
Uploaded: 2024-03-20T06:57:57.000Z
Channel: Bartleby
Description: The model shows an experiment where two metal balls were dropped into a block of clear gelatin. YWhich of the following explains what isshown in the picture?Ball X was dropped from a lowerheight than ball Y assuming that ballX and ball Y are the same

In the figure two balls x and y are dropped from some height in a block of clear gelatin The distance covered by the ball in the gelatin depends on their momentum because if momentum is more the more will be the impact The more time they will take to stop As momentum is also called as impulse In this case momentum of ball y is more than the ball x That's why y covers larger distance to stop while X covers small distance Option C they talked about both X and y are dropped from same height but X weight more than y as we know the impulse is momentum and momentum is mass × velocity So the distance covered depend on mass but the heavier mass will be going to have higher momentum and that's why it will cover more distance so option c is also wrong Option d is also incorrect the material is gelatin and it will offer equal resistivity to both the masses if the area of both the balls is same In option one it is said that both the balls have same masses Ball extra from lower height and y drops from larger height If ball why drops for more height the more the height more with the potential energy stored so y will going to have more potential energy which is going to convert in kinetic energy so ball why will be going to have more kinetic energy and if kinetic energy is more the velocity of ball y is more if velocity of ball y is more it means momentum of ball y is more so ball why is going to cover more distance as compared to X that's why option 1 is correct Option 2 it is said that both the masses are equal but ball x is droped from larger height It is contradiction to option 1 as option 1 is correct option 2 is incorrect reason is same Distance depends on Impulse