hepl

[waxen marsh]

Two balls of equal volume and masses m1 and m2 (m2 > m1) connected with a thin light thread are dropped from a certain height. Viscous drag of air on a ball depends on its velocity and buoyant force is equal to the weight of air displaced by the ball. When the balls ac.quire a uniform velocity after a sufficient time from the instant they were dropped, what is the tensile force in the thread? Acceleration due to gravity is g

[severe axle]

<@&1227987967939838003>

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.

[waxen marsh]

@severe axle

[glad ridge]

What

[gray flame]

interesting do yo uhave an attempt you can share for this please? will help the helpers understand your thought process better

also, when you choose a subject that is all that is required for folks to get pinged. you do not have to tag anyone else after that :)

[upbeat elk]

Assuming m2 is dropped first make fbd both with tension,drag,buoancy,gravity make sure to draw them separately

[upbeat elk]

Then draw fbd of both as a system

[upbeat elk]

Find velocity and acelaration

Put it on your tension equation

[gray flame]

Awesome inputs;

[gray flame]

We good?

[waxen marsh]

Yeppp

Thx yalll

[gray flame]

can you please close this out? look at the pinned thread on doubts to see how to do so :)

[gray flame]

+solved @upbeat elk