Question

state and prove Bernoulli's theorem

Answer 1

Answer:

Explanation:

Please refer the below attachment.

Answer 2

Bernoulli's State and Prove Theorem states that is:

• In fluid dynamics, Bernoulli's system states that fluid acceleration occurs simultaneously with a decrease in static pressure or a decrease in the strength of a liquid.

• Consider a small viscosity fluid flowing through a laminar flow, then all the energy, kinetic energy, and compression strength will remain unchanged.

• Consider the appropriate fluid ‘ρ’ flowing through the entire LM pipe by changing the cross section.

• A1V1 = A2V2.

• The weight of the liquid entering the end of ‘L’ is not the time, and then the distance covered by the liquid is v1t.

• W2 = P2A2v2t

• W = W1-W2

• = P1A1v1t- P2A2v2t.

• ΔP = mg (h2-h1)

• Bernoulli's equation formula is the relationship between pressure, kinetic energy, and the gravitational force of a liquid in a vessel.

Bernoulli's system formula is given as:

• p + \ (\ frac {1} {2} \) ρ v 2 + ρgh = regular