## Longest interval of Annulus given area Solution

STEP 0: Pre-Calculation Summary
Formula Used
Longest interval of Annulus = 2*sqrt(Area of Annulus/pi)
l = 2*sqrt(A/pi)
This formula uses 1 Constants, 1 Functions, 2 Variables
Constants Used
pi - Archimedes' constant Value Taken As 3.14159265358979323846264338327950288
Functions Used
sqrt - Squre root function, sqrt(Number)
Variables Used
Longest interval of Annulus - (Measured in Meter) - Longest interval of Annulus is the length of the longest line segment within the annulus, which is the chord tangent to the inner circle.
Area of Annulus - (Measured in Square Meter) - Area of Annulus is defined as the area of the ring-shaped space i.e. the enclosed region between the two concentric circles.
STEP 1: Convert Input(s) to Base Unit
Area of Annulus: 200 Square Meter --> 200 Square Meter No Conversion Required
STEP 2: Evaluate Formula
Substituting Input Values in Formula
l = 2*sqrt(A/pi) --> 2*sqrt(200/pi)
Evaluating ... ...
l = 15.9576912160573
STEP 3: Convert Result to Output's Unit
15.9576912160573 Meter --> No Conversion Required
15.9576912160573 Meter <-- Longest interval of Annulus
(Calculation completed in 00.015 seconds)
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NATIONAL INSTITUTE OF ENGINEERING (nie), mysore
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## < 7 Longest interval of Annulus Calculators

Longest interval of Annulus given perimeter and inner circle
Longest interval of Annulus = 2*sqrt((Perimeter of Annulus/(2*pi))*(Perimeter of Annulus/(2*pi)-2*Inner circle radius of Annulus)) Go
Longest interval of Annulus given perimeter and outer circle
Longest interval of Annulus = 2*sqrt((Perimeter of Annulus/(2*pi))*(2*Outer circle radius of Annulus-Perimeter of Annulus/(2*pi))) Go
Longest interval of Annulus given breadth and inner circle
Longest interval of Annulus = 2*sqrt(Breadth of Annulus*(Breadth of Annulus+2*Inner circle radius of Annulus)) Go
Longest interval of Annulus given breadth and outer circle
Longest interval of Annulus = 2*sqrt(Breadth of Annulus*(2*Outer circle radius of Annulus-Breadth of Annulus)) Go
Longest interval of Annulus given perimeter and breadth
Longest interval of Annulus = 2*sqrt(Perimeter of Annulus*Breadth of Annulus/(2*pi)) Go
Longest interval of Annulus
Longest interval of Annulus = 2*sqrt((Outer circle radius of Annulus^2)-(Inner circle radius of Annulus^2)) Go
Longest interval of Annulus given area
Longest interval of Annulus = 2*sqrt(Area of Annulus/pi) Go

## Longest interval of Annulus given area Formula

Longest interval of Annulus = 2*sqrt(Area of Annulus/pi)
l = 2*sqrt(A/pi)

## What is Annulus?

In mathematics, an Annulus (plural Annuli or Annuluses) is the region between two concentric circles. Informally, it is shaped like a ring or a hardware washer. The word "annulus" is borrowed from the Latin word anulus or annulus meaning 'little ring'. The adjectival form is annular (as in annular eclipse).The area of an Annulus is the difference in the areas of the larger circle of radius R and the smaller one of radius r

## How to Calculate Longest interval of Annulus given area?

Longest interval of Annulus given area calculator uses Longest interval of Annulus = 2*sqrt(Area of Annulus/pi) to calculate the Longest interval of Annulus, The Longest interval of Annulus given area formula is defined as the length of the longest line segment within the annulus, which is the chord tangent to the inner circle, where l=2*sqrt(R²-r²) , R = radius of outer circle of Annulus, r = radius of inner circle of Annulus, l = longest interval of Annulus, calculated using area. Longest interval of Annulus is denoted by l symbol.

How to calculate Longest interval of Annulus given area using this online calculator? To use this online calculator for Longest interval of Annulus given area, enter Area of Annulus (A) and hit the calculate button. Here is how the Longest interval of Annulus given area calculation can be explained with given input values -> 15.95769 = 2*sqrt(200/pi).

### FAQ

What is Longest interval of Annulus given area?
The Longest interval of Annulus given area formula is defined as the length of the longest line segment within the annulus, which is the chord tangent to the inner circle, where l=2*sqrt(R²-r²) , R = radius of outer circle of Annulus, r = radius of inner circle of Annulus, l = longest interval of Annulus, calculated using area and is represented as l = 2*sqrt(A/pi) or Longest interval of Annulus = 2*sqrt(Area of Annulus/pi). Area of Annulus is defined as the area of the ring-shaped space i.e. the enclosed region between the two concentric circles.
How to calculate Longest interval of Annulus given area?
The Longest interval of Annulus given area formula is defined as the length of the longest line segment within the annulus, which is the chord tangent to the inner circle, where l=2*sqrt(R²-r²) , R = radius of outer circle of Annulus, r = radius of inner circle of Annulus, l = longest interval of Annulus, calculated using area is calculated using Longest interval of Annulus = 2*sqrt(Area of Annulus/pi). To calculate Longest interval of Annulus given area, you need Area of Annulus (A). With our tool, you need to enter the respective value for Area of Annulus and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
How many ways are there to calculate Longest interval of Annulus?
In this formula, Longest interval of Annulus uses Area of Annulus. We can use 6 other way(s) to calculate the same, which is/are as follows -
• Longest interval of Annulus = 2*sqrt((Outer circle radius of Annulus^2)-(Inner circle radius of Annulus^2))
• Longest interval of Annulus = 2*sqrt((Perimeter of Annulus/(2*pi))*(Perimeter of Annulus/(2*pi)-2*Inner circle radius of Annulus))
• Longest interval of Annulus = 2*sqrt((Perimeter of Annulus/(2*pi))*(2*Outer circle radius of Annulus-Perimeter of Annulus/(2*pi)))
• Longest interval of Annulus = 2*sqrt(Breadth of Annulus*(Breadth of Annulus+2*Inner circle radius of Annulus))
• Longest interval of Annulus = 2*sqrt(Breadth of Annulus*(2*Outer circle radius of Annulus-Breadth of Annulus))
• Longest interval of Annulus = 2*sqrt(Perimeter of Annulus*Breadth of Annulus/(2*pi)) Let Others Know