Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height Calculator

✖Height of Half Cylinder is the perpendicular distance between the top and bottom faces of Half Cylinder.ⓘ Height of Half Cylinder [h]			+10% -10%
✖The Curved Surface Area of Half Cylinder is defined as the area of the curved surface of Half Cylinder, leaving the flat surfaces.ⓘ Curved Surface Area of Half Cylinder [CSA]			+10% -10%

✖Surface to Volume Ratio of Half Cylinder is the fraction of the surface area to the volume of the Half Cylinder.ⓘ Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height [R_A/V]

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Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height Solution

STEP 0: Pre-Calculation Summary

Formula Used

Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(Curved Surface Area of Half Cylinder/Height of Half Cylinder)+(2*Height of Half Cylinder))/Curved Surface Area of Half Cylinder
R_A/V = 2*((pi*h)+(CSA/h)+(2*h))/CSA
This formula uses 1 Constants, 3 Variables

Constants Used

pi - Archimedes' constant Value Taken As 3.14159265358979323846264338327950288

Variables Used

Surface to Volume Ratio of Half Cylinder - (Measured in 1 per Meter) - Surface to Volume Ratio of Half Cylinder is the fraction of the surface area to the volume of the Half Cylinder.
Height of Half Cylinder - (Measured in Meter) - Height of Half Cylinder is the perpendicular distance between the top and bottom faces of Half Cylinder.
Curved Surface Area of Half Cylinder - (Measured in Square Meter) - The Curved Surface Area of Half Cylinder is defined as the area of the curved surface of Half Cylinder, leaving the flat surfaces.

STEP 1: Convert Input(s) to Base Unit

Height of Half Cylinder: 12 Meter --> 12 Meter No Conversion Required
Curved Surface Area of Half Cylinder: 375 Square Meter --> 375 Square Meter No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

R_A/V = 2*((pi*h)+(CSA/h)+(2*h))/CSA --> 2*((pi*12)+(375/12)+(2*12))/375

Evaluating ... ...

R_A/V = 0.495728596496413

STEP 3: Convert Result to Output's Unit

0.495728596496413 1 per Meter --> No Conversion Required

FINAL ANSWER

0.495728596496413 ≈ 0.495729 1 per Meter <-- Surface to Volume Ratio of Half Cylinder

(Calculation completed in 00.004 seconds)

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< Surface to Volume Ratio of Half Cylinder Calculators

Surface to Volume Ratio of Half Cylinder given Space Diagonal and Radius

LaTeX Go Surface to Volume Ratio of Half Cylinder = 2*((pi*sqrt(Space Diagonal of Half Cylinder^2-Radius of Half Cylinder^2))+(pi*Radius of Half Cylinder)+(2*sqrt(Space Diagonal of Half Cylinder^2-Radius of Half Cylinder^2)))/(pi*Radius of Half Cylinder*sqrt(Space Diagonal of Half Cylinder^2-Radius of Half Cylinder^2))

Surface to Volume Ratio of Half Cylinder given Volume and Height

LaTeX Go Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(pi*sqrt((2*Volume of Half Cylinder)/(pi*Height of Half Cylinder)))+(2*Height of Half Cylinder))/(pi*Height of Half Cylinder*sqrt((2*Volume of Half Cylinder)/(pi*Height of Half Cylinder)))

Surface to Volume Ratio of Half Cylinder given Space Diagonal and Height

LaTeX Go Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(pi*sqrt(Space Diagonal of Half Cylinder^2-Height of Half Cylinder^2))+(2*Height of Half Cylinder))/(pi*Height of Half Cylinder*sqrt(Space Diagonal of Half Cylinder^2-Height of Half Cylinder^2))

Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height

LaTeX Go Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(Curved Surface Area of Half Cylinder/Height of Half Cylinder)+(2*Height of Half Cylinder))/Curved Surface Area of Half Cylinder

Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height Formula

LaTeX Go

What is Half Cylinder?

A Half-cylindrical shape in mathematics is a three-dimensional solid figure which is obtained when a cylinder is truncated longitudinally. When a horizontal cylinder is cut into two equal pieces parallel to the length of the cylinder, the shapes thus obtained are called half-cylinders.

How to Calculate Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height?

Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height calculator uses Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(Curved Surface Area of Half Cylinder/Height of Half Cylinder)+(2*Height of Half Cylinder))/Curved Surface Area of Half Cylinder to calculate the Surface to Volume Ratio of Half Cylinder, Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height formula is defined as the fraction of the surface area to the volume of the Half Cylinder, calculated using its curved surface area and height. Surface to Volume Ratio of Half Cylinder is denoted by R_A/V symbol.

How to calculate Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height using this online calculator? To use this online calculator for Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height, enter Height of Half Cylinder (h) & Curved Surface Area of Half Cylinder (CSA) and hit the calculate button. Here is how the Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height calculation can be explained with given input values -> 0.495729 = 2*((pi*12)+(375/12)+(2*12))/375.

FAQ

What is Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height?

Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height formula is defined as the fraction of the surface area to the volume of the Half Cylinder, calculated using its curved surface area and height and is represented as R_A/V = 2*((pi*h)+(CSA/h)+(2*h))/CSA or Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(Curved Surface Area of Half Cylinder/Height of Half Cylinder)+(2*Height of Half Cylinder))/Curved Surface Area of Half Cylinder. Height of Half Cylinder is the perpendicular distance between the top and bottom faces of Half Cylinder & The Curved Surface Area of Half Cylinder is defined as the area of the curved surface of Half Cylinder, leaving the flat surfaces.

How to calculate Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height?

Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height formula is defined as the fraction of the surface area to the volume of the Half Cylinder, calculated using its curved surface area and height is calculated using Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(Curved Surface Area of Half Cylinder/Height of Half Cylinder)+(2*Height of Half Cylinder))/Curved Surface Area of Half Cylinder. To calculate Surface to Volume Ratio of Half Cylinder given Curved Surface Area and Height, you need Height of Half Cylinder (h) & Curved Surface Area of Half Cylinder (CSA). With our tool, you need to enter the respective value for Height of Half Cylinder & Curved Surface Area of Half 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 Half Cylinder?

In this formula, Surface to Volume Ratio of Half Cylinder uses Height of Half Cylinder & Curved Surface Area of Half Cylinder. We can use 3 other way(s) to calculate the same, which is/are as follows -

Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(pi*sqrt(Space Diagonal of Half Cylinder^2-Height of Half Cylinder^2))+(2*Height of Half Cylinder))/(pi*Height of Half Cylinder*sqrt(Space Diagonal of Half Cylinder^2-Height of Half Cylinder^2))
Surface to Volume Ratio of Half Cylinder = 2*((pi*Height of Half Cylinder)+(pi*sqrt((2*Volume of Half Cylinder)/(pi*Height of Half Cylinder)))+(2*Height of Half Cylinder))/(pi*Height of Half Cylinder*sqrt((2*Volume of Half Cylinder)/(pi*Height of Half Cylinder)))
Surface to Volume Ratio of Half Cylinder = 2*((pi*sqrt(Space Diagonal of Half Cylinder^2-Radius of Half Cylinder^2))+(pi*Radius of Half Cylinder)+(2*sqrt(Space Diagonal of Half Cylinder^2-Radius of Half Cylinder^2)))/(pi*Radius of Half Cylinder*sqrt(Space Diagonal of Half Cylinder^2-Radius of Half Cylinder^2))

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