With the aid of diagram and compare the pressure over the top and bottom of a kite, briefly explain how Bernoulli’s principle contributes to the lift of it. (anyone know this and can give me full answer to it 15 marks question ><)
Answers
Bernoulli’s principle
Explanation:
In liquid dynamics, Bernoulli's principle says that a rise in the rate of a liquid happens concurrently with a reduction in latent pressure or a reduction in the liquids inherent power.
The principle is called after Daniel Bernoulli he issued it in his writing Hydrodynamica in 1738. Although Bernoulli concluded that pressure reduces during the flow rate rises, it was Leonhard Euler who obtained Bernoulli's equation in its natural form in 1752. The postulate is only suitable for isentropic progress: when the results of unchangeable processes (like disturbance) and non-adiabatic processes (e.g. heat transmission) are pitiful and can be dismissed.
To learn more:
i)Write the statement of bernoulli's theorem? - Brainly.in
https://brainly.in/question/1153320
ii)state and prove Bernoulli's theorem and write its two applications ...
https://brainly.in/question/8208753
Answer:
Due to higher pressure below the kite helps the kite to be pushed into the lower pressure area, hence makes it to lift into the air.
Explanation:
The air that is travelling at the top of the kite moves more quickly in comparison to the air moving below the kite, that results in a pressure difference, it creates a lower pressure over the kite and higher pressure below the kite. Due to higher pressure below the kite helps the kite to be pushed into the lower pressure area, hence makes it to lift into the air.
With the aid of diagram its is shown comparison of the pressure over the top and bottom of a kite -
