Surface to Volume Ratio of Cut Cylinder given Volume Calculator

✖Volume of Cut Cylinder is the total quantity of three dimensional space enclosed by the entire surface of the Cut Cylinder.ⓘ Volume of Cut Cylinder [V]			+10% -10%
✖Long Height of Cut Cylinder is the longest vertical distance from the bottom circular face to the top elliptical face of the Cut Cylinder.ⓘ Long Height of Cut Cylinder [h_Long]			+10% -10%
✖Short Height of Cut Cylinder is the shortest vertical distance from the bottom circular face to the top elliptical face of the Cut Cylinder.ⓘ Short Height of Cut Cylinder [h_Short]			+10% -10%
✖Semi Minor Axis of Cut Cylinder is the half of the length of the longest chord which is perpendicular to the line joining the foci of the elliptic face of the Cut Cylinder.ⓘ Semi Minor Axis of Cut Cylinder [b]			+10% -10%

✖Surface to Volume Ratio of Cut Cylinder is the numerical ratio of the total surface area of Cut Cylinder to the volume of the Cut Cylinder.ⓘ Surface to Volume Ratio of Cut Cylinder given Volume [R_A/V]

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Surface to Volume Ratio of Cut Cylinder given Volume Solution

STEP 0: Pre-Calculation Summary

Formula Used

Surface to Volume Ratio of Cut Cylinder = sqrt((2*pi)/(Volume of Cut Cylinder*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))*(sqrt((2*Volume of Cut Cylinder)/(pi*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))+Semi Minor Axis of Cut Cylinder+Short Height of Cut Cylinder+Long Height of Cut Cylinder)
R_A/V = sqrt((2*pi)/(V*(h_Long+h_Short)))*(sqrt((2*V)/(pi*(h_Long+h_Short)))+b+h_Short+h_Long)
This formula uses 1 Constants, 1 Functions, 5 Variables

Constants Used

pi - Archimedes' constant Value Taken As 3.14159265358979323846264338327950288

Functions Used

sqrt - A square root function is a function that takes a non-negative number as an input and returns the square root of the given input number., sqrt(Number)

Variables Used

Surface to Volume Ratio of Cut Cylinder - (Measured in 1 per Meter) - Surface to Volume Ratio of Cut Cylinder is the numerical ratio of the total surface area of Cut Cylinder to the volume of the Cut Cylinder.
Volume of Cut Cylinder - (Measured in Cubic Meter) - Volume of Cut Cylinder is the total quantity of three dimensional space enclosed by the entire surface of the Cut Cylinder.
Long Height of Cut Cylinder - (Measured in Meter) - Long Height of Cut Cylinder is the longest vertical distance from the bottom circular face to the top elliptical face of the Cut Cylinder.
Short Height of Cut Cylinder - (Measured in Meter) - Short Height of Cut Cylinder is the shortest vertical distance from the bottom circular face to the top elliptical face of the Cut Cylinder.
Semi Minor Axis of Cut Cylinder - (Measured in Meter) - Semi Minor Axis of Cut Cylinder is the half of the length of the longest chord which is perpendicular to the line joining the foci of the elliptic face of the Cut Cylinder.

STEP 1: Convert Input(s) to Base Unit

Volume of Cut Cylinder: 1300 Cubic Meter --> 1300 Cubic Meter No Conversion Required
Long Height of Cut Cylinder: 20 Meter --> 20 Meter No Conversion Required
Short Height of Cut Cylinder: 12 Meter --> 12 Meter No Conversion Required
Semi Minor Axis of Cut Cylinder: 6 Meter --> 6 Meter No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

R_A/V = sqrt((2*pi)/(V*(h_Long+h_Short)))*(sqrt((2*V)/(pi*(h_Long+h_Short)))+b+h_Short+h_Long) --> sqrt((2*pi)/(1300*(20+12)))*(sqrt((2*1300)/(pi*(20+12)))+6+12+20)

Evaluating ... ...

R_A/V = 0.52951073697629

STEP 3: Convert Result to Output's Unit

0.52951073697629 1 per Meter --> No Conversion Required

FINAL ANSWER

0.52951073697629 ≈ 0.529511 1 per Meter <-- Surface to Volume Ratio of Cut Cylinder

(Calculation completed in 00.020 seconds)

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Created by Shweta Patil

Walchand College of Engineering (WCE), Sangli

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St Joseph's College (SJC), Bengaluru

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< Surface to Volume Ratio of Cut Cylinder Calculators

Surface to Volume Ratio of Cut Cylinder given Volume

LaTeX Go Surface to Volume Ratio of Cut Cylinder = sqrt((2*pi)/(Volume of Cut Cylinder*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))*(sqrt((2*Volume of Cut Cylinder)/(pi*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))+Semi Minor Axis of Cut Cylinder+Short Height of Cut Cylinder+Long Height of Cut Cylinder)

Surface to Volume Ratio of Cut Cylinder given Heights

LaTeX Go Surface to Volume Ratio of Cut Cylinder = (2*(Radius of Cut Cylinder+Semi Minor Axis of Cut Cylinder+Short Height of Cut Cylinder+Long Height of Cut Cylinder))/(Radius of Cut Cylinder*(Short Height of Cut Cylinder+Long Height of Cut Cylinder))

Surface to Volume Ratio of Cut Cylinder given Lateral Surface Area

LaTeX Go Surface to Volume Ratio of Cut Cylinder = (2*Total Surface Area of Cut Cylinder)/(Radius of Cut Cylinder*Lateral Surface Area of Cut Cylinder)

Surface to Volume Ratio of Cut Cylinder

LaTeX Go Surface to Volume Ratio of Cut Cylinder = Total Surface Area of Cut Cylinder/Volume of Cut Cylinder

Surface to Volume Ratio of Cut Cylinder given Volume Formula

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What is a Cut Cylinder?

When a cylinder is cut by a plane, across its lateral surface the resulting shape is called a Cut Cylinder. If the cut slices the base then it is a cylindrical wedge. And if the cutting plane is parallel to the circular faces of the cylinder then the resulting shapes are again cylinders of smaller height. In general a Cut Cylinder has a circular face, a curved lateral surface and an elliptical face, where that ellipse is the intersection of the cylinder and cutting plane.

How to Calculate Surface to Volume Ratio of Cut Cylinder given Volume?

Surface to Volume Ratio of Cut Cylinder given Volume calculator uses Surface to Volume Ratio of Cut Cylinder = sqrt((2*pi)/(Volume of Cut Cylinder*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))*(sqrt((2*Volume of Cut Cylinder)/(pi*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))+Semi Minor Axis of Cut Cylinder+Short Height of Cut Cylinder+Long Height of Cut Cylinder) to calculate the Surface to Volume Ratio of Cut Cylinder, Surface to Volume Ratio of Cut Cylinder given Volume formula is defined as the numerical ratio of the total surface area of Cut Cylinder to the volume of the Cut Cylinder, and calculated using volume of the Cut Cylinder. Surface to Volume Ratio of Cut Cylinder is denoted by R_A/V symbol.

How to calculate Surface to Volume Ratio of Cut Cylinder given Volume using this online calculator? To use this online calculator for Surface to Volume Ratio of Cut Cylinder given Volume, enter Volume of Cut Cylinder (V), Long Height of Cut Cylinder (h_Long), Short Height of Cut Cylinder (h_Short) & Semi Minor Axis of Cut Cylinder (b) and hit the calculate button. Here is how the Surface to Volume Ratio of Cut Cylinder given Volume calculation can be explained with given input values -> 0.529511 = sqrt((2*pi)/(1300*(20+12)))*(sqrt((2*1300)/(pi*(20+12)))+6+12+20).

FAQ

What is Surface to Volume Ratio of Cut Cylinder given Volume?

Surface to Volume Ratio of Cut Cylinder given Volume formula is defined as the numerical ratio of the total surface area of Cut Cylinder to the volume of the Cut Cylinder, and calculated using volume of the Cut Cylinder and is represented as R_A/V = sqrt((2*pi)/(V*(h_Long+h_Short)))*(sqrt((2*V)/(pi*(h_Long+h_Short)))+b+h_Short+h_Long) or Surface to Volume Ratio of Cut Cylinder = sqrt((2*pi)/(Volume of Cut Cylinder*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))*(sqrt((2*Volume of Cut Cylinder)/(pi*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))+Semi Minor Axis of Cut Cylinder+Short Height of Cut Cylinder+Long Height of Cut Cylinder). Volume of Cut Cylinder is the total quantity of three dimensional space enclosed by the entire surface of the Cut Cylinder, Long Height of Cut Cylinder is the longest vertical distance from the bottom circular face to the top elliptical face of the Cut Cylinder, Short Height of Cut Cylinder is the shortest vertical distance from the bottom circular face to the top elliptical face of the Cut Cylinder & Semi Minor Axis of Cut Cylinder is the half of the length of the longest chord which is perpendicular to the line joining the foci of the elliptic face of the Cut Cylinder.

How to calculate Surface to Volume Ratio of Cut Cylinder given Volume?

Surface to Volume Ratio of Cut Cylinder given Volume formula is defined as the numerical ratio of the total surface area of Cut Cylinder to the volume of the Cut Cylinder, and calculated using volume of the Cut Cylinder is calculated using Surface to Volume Ratio of Cut Cylinder = sqrt((2*pi)/(Volume of Cut Cylinder*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))*(sqrt((2*Volume of Cut Cylinder)/(pi*(Long Height of Cut Cylinder+Short Height of Cut Cylinder)))+Semi Minor Axis of Cut Cylinder+Short Height of Cut Cylinder+Long Height of Cut Cylinder). To calculate Surface to Volume Ratio of Cut Cylinder given Volume, you need Volume of Cut Cylinder (V), Long Height of Cut Cylinder (h_Long), Short Height of Cut Cylinder (h_Short) & Semi Minor Axis of Cut Cylinder (b). With our tool, you need to enter the respective value for Volume of Cut Cylinder, Long Height of Cut Cylinder, Short Height of Cut Cylinder & Semi Minor Axis of Cut Cylinder 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 Surface to Volume Ratio of Cut Cylinder?

In this formula, Surface to Volume Ratio of Cut Cylinder uses Volume of Cut Cylinder, Long Height of Cut Cylinder, Short Height of Cut Cylinder & Semi Minor Axis of Cut Cylinder. We can use 3 other way(s) to calculate the same, which is/are as follows -

Surface to Volume Ratio of Cut Cylinder = (2*(Radius of Cut Cylinder+Semi Minor Axis of Cut Cylinder+Short Height of Cut Cylinder+Long Height of Cut Cylinder))/(Radius of Cut Cylinder*(Short Height of Cut Cylinder+Long Height of Cut Cylinder))
Surface to Volume Ratio of Cut Cylinder = Total Surface Area of Cut Cylinder/Volume of Cut Cylinder
Surface to Volume Ratio of Cut Cylinder = (2*Total Surface Area of Cut Cylinder)/(Radius of Cut Cylinder*Lateral Surface Area of Cut Cylinder)

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