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A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB < pc="" (c)="" pb="" /> Pc (d) Insufficient data Ans. (a) how ?
Most Upvoted Answer
A beaker of water is falling freely under the influence of gravity. Po...
Answer:
Pressure in a freely falling beaker of water can be explained using Bernoulli's principle, which states that as the velocity of a fluid increases, its pressure decreases.
Heading: Bernoulli's principle and pressure in a falling beaker of water
- Bernoulli's principle: As the velocity of a fluid increases, its pressure decreases.
- Falling beaker of water: Water is falling freely under the influence of gravity.
- Velocity of water: Velocity of water increases as it falls towards the bottom of the beaker.
- Pressure at point B: Point B is on the surface of water in the beaker. The pressure at point B is atmospheric pressure.
- Pressure at point C: Point C is vertically below B near the bottom of the beaker. The velocity of water is maximum at point C, so the pressure at point C is minimum.
- Relation between PB and Pc: Since atmospheric pressure at point B is greater than the pressure at point C, PB = Pc.
HTML:
Bernoulli's principle and pressure in a falling beaker of water
Pressure in a freely falling beaker of water can be explained using Bernoulli's principle, which states that as the velocity of a fluid increases, its pressure decreases.
Heading: Bernoulli's principle and pressure in a falling beaker of water
- Bernoulli's principle: As the velocity of a fluid increases, its pressure decreases.
- Falling beaker of water: Water is falling freely under the influence of gravity.
- Velocity of water: Velocity of water increases as it falls towards the bottom of the beaker.
- Pressure at point B: Point B is on the surface of water in the beaker. The pressure at point B is atmospheric pressure.
- Pressure at point C: Point C is vertically below B near the bottom of the beaker. The velocity of water is maximum at point C, so the pressure at point C is minimum.
- Relation between PB and Pc: Since atmospheric pressure at point B is greater than the pressure at point C, PB = Pc.
HTML:
Bernoulli's principle and pressure in a falling beaker of water
- Bernoulli's principle: As the velocity of a fluid increases, its pressure decreases.
- Falling beaker of water: Water is falling freely under the influence of gravity.
- Velocity of water: Velocity of water increases as it falls towards the bottom of the beaker.
- Pressure at point B: Point B is on the surface of water in the beaker. The pressure at point B is atmospheric pressure.
- Pressure at point C: Point C is vertically below B near the bottom of the beaker. The velocity of water is maximum at point C, so the pressure at point C is minimum.
- Relation between PB and Pc: Since atmospheric pressure at point B is greater than the pressure at point C, PB = Pc.
Community Answer
A beaker of water is falling freely under the influence of gravity. Po...
When beaker will move vertically upward or downward, the pressure variation with height
So we can write it as.
P=pgh. (let p - rho - density)
where
g= g+a ( a = +g in case of rising @ vertically moving upward )
g= g -a ( a= -g in case of free fall)
So, given in case of freely falling "g" becomes "0"
Therefore P=p(0)h = 0
This means, the pressure between two points with h distance between them will have same pressure.
so in this form, we can conclude that pressure at all point will be same and equal to the atmospheric pressure.
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A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ?
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A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ?.
A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ?.
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A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ?, a detailed solution for A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ? has been provided alongside types of A beaker of water is falling freely under the influence of gravity. Point B is on the surface and point C is vertically below B near the bottom of the beaker. If PB is the pressure at point B and Pc the pressure at point C, then which one of the following is correct? (a) PB = Pc (b) PB Pc (d) Insufficient data Ans. (a) how ? theory, EduRev gives you an
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