A bottle is kept on the ground as shown in the figure. The bottle can be modelled as having two cylindrical zones. The lower zone of the bottle has a cross-sectional radius of R and is filled with honey of density 2. The upper zone of the bottle is filled with the water of density and has a cross-sectional radius R. The height of the lower zone is H while that of the upper zone is 2H. Now the honey and the water parts are mixed together to form a homogenous solution (Assume that total volume does not change).
Column-I | Column-II | ||
i. | Net force on bottle in horizontal direction | p. | zero |
ii. | Pressure at base of bottle before mixing of water and honey | q. | |
iii. | Preesure at the base after mixing | r. | 4 |
iv. | Pressure at point P (figure) after making | s. | 3 |
Now match the given columns and select the correct option from the codes given below.
Initial pressure at the bottom
=
=
Base area of lower zone will be double of upper zone.
Final density of the homogenous mixture:
=
Final pressure =
pressure at P =