Write Bernoulli's equation pointing out pressure head and velocity head.

Bernoulli's equation pertains to the

Bernoulli's equation is conservation of

Bernoulli's equation is derived on the basis of _______.

Bernoulli's equation is a consequence of conservation of

In deriving Bernoulli's equation , we equated the workdone on the fluid in the tube to its change in the potential and kinetic energy (a) How does the pressure change as the fluid moves along the tube if dissipative forces are present ? (b) Do the dissipative forces becomes more important as the fluid velocity increase? Discuss qualitatively.

An arthropod without a true head is

Assertion: Bernoulli's equation hold for non-steady or turbulent flows. Reason: In these situations, velocity and pressure are constant with time.

If velocity of flow is 4 m/s, then velocity head is

Bernoulli's equation for steady, non-viscous, imcompressible flow expresses the

Three coins are tossed simultaneously 100 times the following frequencies of different outcomes: Outcomes: No head One head Two heads Three head Frequency: 14 38 36 12 If the three coins are simultaneously tossed again, compute the probability of: (i) 2 heads coming up. (ii) 3 heads coming up. (iii) at least one head coming up. (iv) getting more heads than tails. (v) getting more tails than heads.