Civil Engineering - Hydraulics - Discussion

Discussion Forum : Hydraulics - Section 2 (Q.No. 39)

Hydraulics

39.

Due to decrease of diameter of the droplet, inside pressure intensity

increases

decreases

remains unaffected

None of these.

Answer: Option

Explanation:

No answer description is available. Let's discuss.

Discussion:

4 comments Page 1 of 1.

Rabishesa Kumar jha said: 5 years ago

P = F/A = F/3.14d^2/4.
The pressure is inversely proportional of d.

(1)

MD NABAB said: 8 years ago

Liquid droplet(p)=4 σ/d.
Pressure is inversely proportion of d.

(1)

Sid said: 8 years ago

Thanks @Sreesha.

Sreesha said: 9 years ago

Liquid droplet p = 2 * sigma/d it represents pressure is inversely proportional to diameter.

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