An open tank consists of 3 immiscible liquids, in which the water is at the height of 450 cm, above which a crude oil of specific gravity of 0.9 is filled up to a height of 2400 mm, above which a coconut oil of specific gravity of 0.86 is filled for about 5 m. without considering the atmospheric pressure Find: O the intensity of pressure in kPa at the interface between coconut oil & crude oil (1) the intensity of pressure in MPa at the interface between crude oil & water () the intensity of pressure in N/cm at the bottom of the tank (ENTER ONLY THE VALUES BY REFERRING THE UNITS GIVEN) Solution: The intensity of pressure at the interface between coconut oil & crude oil (unit in kPa) = * The intensity of pressure at the interface between crude oil & water (unit in MPa) = ( The intensity of pressure at the bottom of the tank (Unit in N/cm?) = v
An open tank consists of 3 immiscible liquids, in which the water is at the height of 450 cm, above which a crude oil of specific gravity of 0.9 is filled up to a height of 2400 mm, above which a coconut oil of specific gravity of 0.86 is filled for about 5 m. without considering the atmospheric pressure Find: O the intensity of pressure in kPa at the interface between coconut oil & crude oil (1) the intensity of pressure in MPa at the interface between crude oil & water () the intensity of pressure in N/cm at the bottom of the tank (ENTER ONLY THE VALUES BY REFERRING THE UNITS GIVEN) Solution: The intensity of pressure at the interface between coconut oil & crude oil (unit in kPa) = * The intensity of pressure at the interface between crude oil & water (unit in MPa) = ( The intensity of pressure at the bottom of the tank (Unit in N/cm?) = v
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![An open tank consists of 3 immiscible liquids, in which the water is at the height of 450 cm, above which a crude oil of specific gravity
of 0.9 is filled up to a height of 2400 mm, above which a coconut oil of specific gravity of 0.86 is filled for about 5 m.
without considering the atmospheric pressure Find:
0 the intensity of pressure in kPa at the interface between coconut oil & crude oil
(1) the intensity of pressure in MPa at the interface between crude oil & water
() the intensity of pressure in N/cm at the bottom of the tank
(ENTER ONLY THE VALUES BY REFERRING THE UNITS GIVEN)
Solution:
The intensity of pressure at the interface between coconut oil & crude oil (unit in kPa) = *
The intensity of pressure at the interface between crude oil & water (unit in MPa) = (
The intensity of pressure at the bottom of the tank (Unit in N/cm) = v](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fddd4b121-c726-43fc-a4f6-993d8b9da3cf%2Fd83c84d4-6c44-4336-8a32-ad7e4af1563d%2Fxwz7xoi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An open tank consists of 3 immiscible liquids, in which the water is at the height of 450 cm, above which a crude oil of specific gravity
of 0.9 is filled up to a height of 2400 mm, above which a coconut oil of specific gravity of 0.86 is filled for about 5 m.
without considering the atmospheric pressure Find:
0 the intensity of pressure in kPa at the interface between coconut oil & crude oil
(1) the intensity of pressure in MPa at the interface between crude oil & water
() the intensity of pressure in N/cm at the bottom of the tank
(ENTER ONLY THE VALUES BY REFERRING THE UNITS GIVEN)
Solution:
The intensity of pressure at the interface between coconut oil & crude oil (unit in kPa) = *
The intensity of pressure at the interface between crude oil & water (unit in MPa) = (
The intensity of pressure at the bottom of the tank (Unit in N/cm) = v
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