Home
Class 11
PHYSICS
Water flows in a horizontal tube of vari...

Water flows in a horizontal tube of variable cross-section (figure). The area of cross-section at `x` and `y` are `40 mm^(2)` and `20mm^(2)` respectively. If `10 c c` of water enters per second through `x`, find `(i)` the speed of water at `x`, `(ii)` the speed of water at `y` and `(iii)` the pressure difference `P_(x) - P_(y)`.

Promotional Banner

Similar Questions

Explore conceptually related problems

Water flows through a horizontal tube of variable cross section.The area of cross section at A and B are 4 mm^2 and 2mm^2 respectively. If 1 cc of water enters per second through A find a) The speed of water at A b) the speed of river at B c) the pressure difference P_A-P_B .

Water flows through a horizontal tube of variable cross-section. The area of cross section at A and B are 4 mm^2 and 2mm^2 respectively. If 1 cc of water enters per seconds through. A find a. The speed of water at A, b. the speed of river at B and c. the pressure difference P_A-P_B .

Water flows through a horizontal tube of variable cross-section. The area of cross section at A and B are 4 mm^2 and 2mm^2 respectively. If 1 cc of water enters per seconds through. A find a. The speed of water at A, b. the speed of river at B and c. the pressure difference P_A-P_B .

Waster flows throgh a horizontal tube of variable cross section.The area of cross section at A and B are 4 mm^2 and 2mm^2 respectively. If 1 cc of water enters per seconds through. A find a. The speed of water at A, b. the speed of river at B and c. the pressure difference P_A-P_B .

Water flows through a vertical tube of varible cross-section. The area of cross-section at A and B 6 and 3 mm^(2) respectively. If 12c c of water enters per second through A, find the pressure difference P_(A)-P_(B).(g=10 m//s^(2)) . The separation between the cross-section at A and B is 100 cm.

Water flows in a horizontal tube (see figure). The pressure of water changes by 700 Nm^(-2) between A and B where the area of cross section are 40cm^(2) and 20cm^(2) , respectively. Find the rate of flow of water through the tube.

Water flows in a horizontal tube (see figure). The pressure of water changes by 700 Nm^(-2) between A and B where the area of cross section are 40cm^(2) and 20cm^(2) , respectively. Find the rate of flow of water through the tube.

Water flows through a tube shown in figure. The areas of cross section at A and B are 1cm^2 and 0.5 cm^2 respectively. The height difference between A and B is 5m. If the speed of water at A is 10 cms^-1 find a the speed at B and b the difference in pressures at A and B.

Water flows through a tube shown in figure. The areas of cross section at A and B are 1cm^2 and 0.5 cm^2 respectively. The height difference between A and B is 5cm. If the speed of water at A is 10 cms^-1 . Find a. the speed at B and b. the difference in pressures at A and B.

Water flows through a tube shown in figure. The areas of cross section at A and B are 1cm^2 and 0.5 cm^2 respectively. The height difference between A and B is 5cm. If the speed of water at A is 10 cms^-1 . Find a. the speed at B and b. the difference in pressures at A and B.