How to calculate pressure of a bulb in a system

Thread starter mohamad
Start date Oct 9, 2017
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Bulb Pressure System

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SUMMARY

The discussion focuses on calculating the pressure of a bulb in a fluid system using the formulas p1 = Pa + (pgh) and p2 = p1 + pgh. For Bulb A, with a specific gravity (SG) of 0.87, the pressure is calculated to be 200 kN/m². Bulb B has a significantly higher SG of 13.6, indicating a much greater pressure due to the fluid's density. The conversation emphasizes the importance of providing context and attempts when seeking assistance in calculations.

PREREQUISITES

Understanding of fluid mechanics principles
Familiarity with pressure calculations
Knowledge of specific gravity and its implications
Basic mathematical skills for applying formulas

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Engineers, physicists, and students studying fluid dynamics or pressure systems will benefit from this discussion, particularly those involved in applications requiring precise pressure calculations in various fluids.

Oct 9, 2017

mohamad

p1=Pa+(pgh)
p2=p1+pgh

Bulb A
SG= 0.87
pressure = 200kn/m^2

Bulb B
SG= 13.6

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Oct 9, 2017

BvU

Science Advisor

Homework Helper

Hello mohamad, :welcome:

And what is your question ? If you want assistance, the PF guidelines ask that you use the template (so you can reveal what you mean with ##p_1## and ##p_2## etc) and that you post your own attempt at solution.