SOLUTION: A Column Of Water 2.31 Feet High Exerts A Pressure Of One (1)Pound Per Square Inch. How Much Pressure Does A Column Of Water 27'9" Feet High Exert??? I Divided 27.9 By 2.31 and I g

Algebra.Com
Question 185017: A Column Of Water 2.31 Feet High Exerts A Pressure Of One (1)Pound Per Square Inch. How Much Pressure Does A Column Of Water 27'9" Feet High Exert??? I Divided 27.9 By 2.31 and I got 12.07 with a remainder of 183 im Really not sure if I did this problem correctly. Any type of helpful feedback would be greatly appreciated as well as a step by step solution to this problem.

Answer by ankor@dixie-net.com(22740)   (Show Source): You can put this solution on YOUR website!
A Column Of Water 2.31 Feet High Exerts A Pressure Of One (1)Pound Per Square Inch. How Much Pressure Does A Column Of Water 27'9" Feet High Exert???
:
Change 27' 9" to 27.75 ft
:
Let x = pressure of a column of water 27.75 ft
:
You can use proportion
=
cross multiply
2.31x = 27.75(1)
x = 27.75/2.31
x = 12.01 psi which is what you would have gotten if you changed 9" to ft

RELATED QUESTIONS

A column of water 2.31 feet high exerts a pressure of 1 pound per square inch. how much... (answered by Alan3354)
A column of water 2.31 feet high exerts a pressure of one (1) pound per square inch. How... (answered by Alan3354)
I was wondering what the pressure must be a mile deep in the water. If water weighs... (answered by Fombitz)
At sea​ level, the weight of the atmosphere exerts a pressure of 14.7 pounds per... (answered by ikleyn)
The equation p =14.7+0.439d approximates the pressure p, in pounds per square inch,... (answered by Alan3354)
At sea level, the weight of the atmosphere exerts a pressure of 14.7 pounds per square... (answered by ankor@dixie-net.com)
Good evening! I am trying to figure out a word problem, I hope you can help! An... (answered by mananth)
An enclosed gas exerts a pressure P on the walls of its container. This pressure is... (answered by psbhowmick)
The pressure exerted by a certain liquid at a given point varies directly as the depth of (answered by Fombitz)