19 Replies
@Gyro Gearloose
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.first part was easy to figure out
to move up moneky will pull the rope down and the block shall go up and vice versa for downward motion
however i am not able to mentally grasp the second part. both the entities are moving upward and will ultimately reach an end thus continuously decreasing the separation between them
Are u talking about the horizontal distance ?
ig no, atleast thats what i interpret from the question
i interpret it this way,
the monkey pulls the rope down with a particular acceleration and the block goes up by the same hence keeping them equidistant on the horizontal plane
although when the rope does run out, the block and monkey do meet
also the q is asking the horizontal distance, which will remain same throughout
i mean vertical deviation will not occur
i think the monkey will climb like he is climbing on a treadmill (just my idea)
equidistant in horizonal plane kahan dia hai
ig??
nvm
but taht is what will happen na when they both have same mass
they wont have any kind of vertical deviation at all until the rope runs out anyway
what
u talking bout horizontal or vertical
so they might go up or down but they will together, maintaining the same horizontal distance(d) bw each other
see the monkey and block will be on same level, they either go up or come down together depending on the kind of force the monkey applies on the rope....
yeah thats true. ig the question shouldve specified horizontal or vertical dist. horizontal will obviusly stay constant whereas vertical wont
vertical will man, they will move either up or down together
idk hwo to explain in words ðŸ˜
if both are going up then kahin toh milenge in future
that is right xd
+solved @g-sus
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