There are two views to solve this problem, 1. Lost buoyancy method : Where we are assuming wt distribution of ship constant and hence COG remain at same place. 2. Added weight Method: Where we are assuming as water enters in a ship ,weight distribution inside ship changes and hence centre of gravity shifts. In the above video we have solved problems using the lost buoyancy method and hence weight is assumed to be the constant and centre of gravity constant.
Very nice class sir , thanks for that. Could u plz tell which book u r refering for this class , reeds book does not have this
Thank you
Very helpful !
Hello sir. Could you please explain how the centre of gravity will remain same before the bilging and after the bilging of a compartment..
There are two views to solve this problem,
1. Lost buoyancy method : Where we are assuming wt distribution of ship constant and hence COG remain at same place.
2. Added weight Method: Where we are assuming as water enters in a ship ,weight distribution inside ship changes and hence centre of gravity shifts.
In the above video we have solved problems using the lost buoyancy method and hence weight is assumed to be the constant and centre of gravity constant.
Super explanation...thank u sir
Keep watching