If you think about the forces, they must all be balanced in order for that portion of fluid to not move. There are 2 forces going down (P_1*A and the weight of the portion of fluid) and one going up (P_2*A). So, P_1 and P_2 are NOT equal to each other.
The portion of the water in equilibrium where sigma Fy = 0. My question is, why the P2 different with the P1? They are supposed to have a same number so the fluid remain steady, right?
If you think about the forces, they must all be balanced in order for that portion of fluid to not move. There are 2 forces going down (P_1*A and the weight of the portion of fluid) and one going up (P_2*A). So, P_1 and P_2 are NOT equal to each other.
Good 👍
We have this in class 11th
From India
The forces associated with the pressures do have directions.
The portion of the water in equilibrium where sigma Fy = 0. My question is, why the P2 different with the P1? They are supposed to have a same number so the fluid remain steady, right?
man i forgot the weight, thanks hahha Oh yeah, the pressured don't have direction right? Just to make sure :D
So, The pressure itself doesn't have direction? Am i correct?
owu?