00:01
Applying continuity equation at a and b, so continuity equation at a and b, we will have a, a, v, a, v, a, is going to be equal a, b, b.
00:19
Since the pipe is uniform throughout the length, the area of cross -section at a and b are safe.
00:24
So what we can say, the volume, that is v -a is equal to v -b, that is the velocity, it is not volume, it is velocity 6 meter per second we have.
00:33
Then velocity of water, velocity of water as it exists the pipe at b, that is vb is going to be equal to 6 meter per second.
00:54
Now applying bernoulli's equation, applying bernoulli's equation, we will have, we are applying this equation at a and a and b.
01:12
So we will have pa divided by row g plus va squared divided by 2g plus za plus za is equal to pb row g plus b b square 2g plus zp...