Sir i have a question . In the last problem where we calculated uncovered area , if we need to find pressure at circumference then do we need to consider both upper and lower virtual liquid column heights ??
Hi, anyone can explain me what happens if a closed vessel is full of water and is subject to draining? What will happen in the volume that won't be occupied by water as time passes? (considering no rotation of vessel)
i hope you will continue to post free lectures sir.... 🥺🙏🏻more power to you
sir what a simple way to explain this complex case. respects 🙏
you deserve more subscriber. Thanks
CAN U PLEASE GIVE AN EXAMPLE LIKE IF THERE ARE 2 DIFFRENT LIQUID OF DIFFRENT DENSITY AND ARE ROTATED THEN WHAT WILL BE THE CASE.
Awesome thanks for your help
Sir i have a question . In the last problem where we calculated uncovered area , if we need to find pressure at circumference then do we need to consider both upper and lower virtual liquid column heights ??
For the circumference pressure, you may consider the virtual upper liquid only for the additional height.
@@ckv7929 thankyou
Hi, anyone can explain me what happens if a closed vessel is full of water and is subject to draining? What will happen in the volume that won't be occupied by water as time passes? (considering no rotation of vessel)
I will make a video for that topic soon. 😊
@@ckv7929 Ohh, that's great. Will have a look on the channel.