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Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Formula

GoSurface to Volume Ratio of Parallelepiped Formula

GoSurface to Volume Ratio of Parallelepiped given Volume, Side A and Side C Formula

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Surface to Volume Ratio of Parallelepiped is the numerical ratio of the total surface area of Parallelepiped to the volume of the Parallelepiped. Check FAQs

R A/V = \frac{2 \cdot ((S a \cdot (\frac{P}{4} - S a - S c) \cdot \sin (∠γ)) + (S a \cdot S c \cdot \sin (∠β)) + ((\frac{P}{4} - S a - S c) \cdot S c \cdot \sin (∠α)))}{S a \cdot (\frac{P}{4} - S a - S c) \cdot S c \cdot \sqrt{1 + (2 \cdot \cos (∠α) \cdot \cos (∠β) \cdot \cos (∠γ)) - ({\cos (∠α)}^{2} + {\cos (∠β)}^{2} + {\cos (∠γ)}^{2})}}

R_A/V - Surface to Volume Ratio of Parallelepiped?S_a - Side A of Parallelepiped?P - Perimeter of Parallelepiped?S_c - Side C of Parallelepiped?∠γ - Angle Gamma of Parallelepiped?∠β - Angle Beta of Parallelepiped?∠α - Angle Alpha of Parallelepiped?

Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Example

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Here is how the Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C equation looks like with Values.

Here is how the Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C equation looks like with Units.

Here is how the Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C equation looks like.

0.5404 = \frac{2 \cdot ((30 \cdot (\frac{240}{4} - 30 - 10) \cdot \sin (75)) + (30 \cdot 10 \cdot \sin (60)) + ((\frac{240}{4} - 30 - 10) \cdot 10 \cdot \sin (45)))}{30 \cdot (\frac{240}{4} - 30 - 10) \cdot 10 \cdot \sqrt{1 + (2 \cdot \cos (45) \cdot \cos (60) \cdot \cos (75)) - ({\cos (45)}^{2} + {\cos (60)}^{2} + {\cos (75)}^{2})}}

0.5404m⁻¹ = \frac{2 \cdot ((30m \cdot (\frac{240m}{4} - 30m - 10m) \cdot \sin (75°)) + (30m \cdot 10m \cdot \sin (60°)) + ((\frac{240m}{4} - 30m - 10m) \cdot 10m \cdot \sin (45°)))}{30m \cdot (\frac{240m}{4} - 30m - 10m) \cdot 10m \cdot \sqrt{1 + (2 \cdot \cos (45°) \cdot \cos (60°) \cdot \cos (75°)) - ({\cos (45°)}^{2} + {\cos (60°)}^{2} + {\cos (75°)}^{2})}}

0.5404 = \frac{2 \cdot ((30 \cdot (\frac{240}{4} - 30 - 10) \cdot \sin (75)) + (30 \cdot 10 \cdot \sin (60)) + ((\frac{240}{4} - 30 - 10) \cdot 10 \cdot \sin (45)))}{30 \cdot (\frac{240}{4} - 30 - 10) \cdot 10 \cdot \sqrt{1 + (2 \cdot \cos (45) \cdot \cos (60) \cdot \cos (75)) - ({\cos (45)}^{2} + {\cos (60)}^{2} + {\cos (75)}^{2})}}

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Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Solution

Follow our step by step solution on how to calculate Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C?

FIRST Step Consider the formula

R A/V = \frac{2 \cdot ((S a \cdot (\frac{P}{4} - S a - S c) \cdot \sin (∠γ)) + (S a \cdot S c \cdot \sin (∠β)) + ((\frac{P}{4} - S a - S c) \cdot S c \cdot \sin (∠α)))}{S a \cdot (\frac{P}{4} - S a - S c) \cdot S c \cdot \sqrt{1 + (2 \cdot \cos (∠α) \cdot \cos (∠β) \cdot \cos (∠γ)) - ({\cos (∠α)}^{2} + {\cos (∠β)}^{2} + {\cos (∠γ)}^{2})}}

Next Step Substitute values of Variables

∴

R A/V = \frac{2 \cdot ((30m \cdot (\frac{240m}{4} - 30m - 10m) \cdot \sin (75°)) + (30m \cdot 10m \cdot \sin (60°)) + ((\frac{240m}{4} - 30m - 10m) \cdot 10m \cdot \sin (45°)))}{30m \cdot (\frac{240m}{4} - 30m - 10m) \cdot 10m \cdot \sqrt{1 + (2 \cdot \cos (45°) \cdot \cos (60°) \cdot \cos (75°)) - ({\cos (45°)}^{2} + {\cos (60°)}^{2} + {\cos (75°)}^{2})}}

Next Step Convert Units

∴

R A/V = \frac{2 \cdot ((30m \cdot (\frac{240m}{4} - 30m - 10m) \cdot \sin (1.309rad)) + (30m \cdot 10m \cdot \sin (1.0472rad)) + ((\frac{240m}{4} - 30m - 10m) \cdot 10m \cdot \sin (0.7854rad)))}{30m \cdot (\frac{240m}{4} - 30m - 10m) \cdot 10m \cdot \sqrt{1 + (2 \cdot \cos (0.7854rad) \cdot \cos (1.0472rad) \cdot \cos (1.309rad)) - ({\cos (0.7854rad)}^{2} + {\cos (1.0472rad)}^{2} + {\cos (1.309rad)}^{2})}}

Next Step Prepare to Evaluate

∴

R A/V = \frac{2 \cdot ((30 \cdot (\frac{240}{4} - 30 - 10) \cdot \sin (1.309)) + (30 \cdot 10 \cdot \sin (1.0472)) + ((\frac{240}{4} - 30 - 10) \cdot 10 \cdot \sin (0.7854)))}{30 \cdot (\frac{240}{4} - 30 - 10) \cdot 10 \cdot \sqrt{1 + (2 \cdot \cos (0.7854) \cdot \cos (1.0472) \cdot \cos (1.309)) - ({\cos (0.7854)}^{2} + {\cos (1.0472)}^{2} + {\cos (1.309)}^{2})}}

Next Step Evaluate

∴

R A/V = 0.540376822129579m⁻¹

LAST Step Rounding Answer

∴

R A/V = 0.5404m⁻¹

Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Formula Elements

Variables

Functions

Surface to Volume Ratio of Parallelepiped

Surface to Volume Ratio of Parallelepiped is the numerical ratio of the total surface area of Parallelepiped to the volume of the Parallelepiped.

Symbol: R_A/V

Measurement: Reciprocal LengthUnit: m⁻¹

Note: Value should be greater than 0.

Formulas to find Surface to Volume Ratio of Parallelepiped

Side A of Parallelepiped

Side A of Parallelepiped is the length of any one out of the three sides from any fixed vertex of the Parallelepiped.

Symbol: S_a

Measurement: LengthUnit: m

Note: Value should be greater than 0.

Formulas to find Side A of Parallelepiped

Perimeter of Parallelepiped

Perimeter of Parallelepiped is the total distance around the edge of the Parallelepiped.

Symbol: P

Measurement: LengthUnit: m

Note: Value should be greater than 0.

Formulas to find Perimeter of Parallelepiped

Side C of Parallelepiped

Side C of Parallelepiped is the length of any one out of the three sides from any fixed vertex of the Parallelepiped.

Symbol: S_c

Measurement: LengthUnit: m

Note: Value should be greater than 0.

Formulas to find Side C of Parallelepiped

Angle Gamma of Parallelepiped

Angle Gamma of Parallelepiped is the angle formed by side A and side B at any of the two sharp tips of the Parallelepiped.

Symbol: ∠γ

Measurement: AngleUnit: °

Note: Value should be between 0 to 180.

Formulas to find Angle Gamma of Parallelepiped

Angle Beta of Parallelepiped

Angle Beta of Parallelepiped is the angle formed by side A and side C at any of the two sharp tips of the Parallelepiped.

Symbol: ∠β

Measurement: AngleUnit: °

Note: Value should be between 0 to 180.

Formulas to find Angle Beta of Parallelepiped

Angle Alpha of Parallelepiped

Angle Alpha of Parallelepiped is the angle formed by side B and side C at any of the two sharp tips of the Parallelepiped.

Symbol: ∠α

Measurement: AngleUnit: °

Note: Value should be between 0 to 180.

Formulas to find Angle Alpha of Parallelepiped

sin

Sine is a trigonometric function that describes the ratio of the length of the opposite side of a right triangle to the length of the hypotenuse.

Syntax: sin(Angle)

cos

Cosine of an angle is the ratio of the side adjacent to the angle to the hypotenuse of the triangle.

Syntax: cos(Angle)

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.

Syntax: sqrt(Number)

Other Formulas to find Surface to Volume Ratio of Parallelepiped

Go Surface to Volume Ratio of Parallelepiped

R A/V = \frac{2 \cdot ((S a \cdot S b \cdot \sin (∠γ)) + (S a \cdot S c \cdot \sin (∠β)) + (S b \cdot S c \cdot \sin (∠α)))}{S a \cdot S b \cdot S c \cdot \sqrt{1 + (2 \cdot \cos (∠α) \cdot \cos (∠β) \cdot \cos (∠γ)) - ({\cos (∠α)}^{2} + {\cos (∠β)}^{2} + {\cos (∠γ)}^{2})}}

Go Surface to Volume Ratio of Parallelepiped given Volume, Side A and Side C

R A/V = \frac{2 \cdot (\frac{V \cdot \sin (∠γ)}{S c \cdot \sqrt{1 + (2 \cdot \cos (∠α) \cdot \cos (∠β) \cdot \cos (∠γ)) - ({\cos (∠α)}^{2} + {\cos (∠β)}^{2} + {\cos (∠γ)}^{2})}} + (S a \cdot S c \cdot \sin (∠β)) + \frac{V \cdot \sin (∠α)}{S a \cdot \sqrt{1 + (2 \cdot \cos (∠α) \cdot \cos (∠β) \cdot \cos (∠γ)) - ({\cos (∠α)}^{2} + {\cos (∠β)}^{2} + {\cos (∠γ)}^{2})}})}{V}

How to Evaluate Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C?

Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C evaluator uses Surface to Volume Ratio of Parallelepiped = (2*((Side A of Parallelepiped*(Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*sin(Angle Gamma of Parallelepiped))+(Side A of Parallelepiped*Side C of Parallelepiped*sin(Angle Beta of Parallelepiped))+((Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*Side C of Parallelepiped*sin(Angle Alpha of Parallelepiped))))/(Side A of Parallelepiped*(Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*Side C of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2))) to evaluate the Surface to Volume Ratio of Parallelepiped, The Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C formula is defined as the numerical ratio of the total surface area of Parallelepiped to the volume of the Parallelepiped, calculated using perimeter, side A and side C of Parallelepiped. Surface to Volume Ratio of Parallelepiped is denoted by R_A/V symbol.

How to evaluate Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C using this online evaluator? To use this online evaluator for Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C, enter Side A of Parallelepiped (S_a), Perimeter of Parallelepiped (P), Side C of Parallelepiped (S_c), Angle Gamma of Parallelepiped (∠γ), Angle Beta of Parallelepiped (∠β) & Angle Alpha of Parallelepiped (∠α) and hit the calculate button.

FAQs on Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C

What is the formula to find Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C?

The formula of Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C is expressed as Surface to Volume Ratio of Parallelepiped = (2*((Side A of Parallelepiped*(Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*sin(Angle Gamma of Parallelepiped))+(Side A of Parallelepiped*Side C of Parallelepiped*sin(Angle Beta of Parallelepiped))+((Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*Side C of Parallelepiped*sin(Angle Alpha of Parallelepiped))))/(Side A of Parallelepiped*(Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*Side C of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2))). Here is an example- 0.540377 = (2*((30*(240/4-30-10)*sin(1.3089969389955))+(30*10*sin(1.0471975511964))+((240/4-30-10)*10*sin(0.785398163397301))))/(30*(240/4-30-10)*10*sqrt(1+(2*cos(0.785398163397301)*cos(1.0471975511964)*cos(1.3089969389955))-(cos(0.785398163397301)^2+cos(1.0471975511964)^2+cos(1.3089969389955)^2))).

How to calculate Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C?

With Side A of Parallelepiped (S_a), Perimeter of Parallelepiped (P), Side C of Parallelepiped (S_c), Angle Gamma of Parallelepiped (∠γ), Angle Beta of Parallelepiped (∠β) & Angle Alpha of Parallelepiped (∠α) we can find Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C using the formula - Surface to Volume Ratio of Parallelepiped = (2*((Side A of Parallelepiped*(Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*sin(Angle Gamma of Parallelepiped))+(Side A of Parallelepiped*Side C of Parallelepiped*sin(Angle Beta of Parallelepiped))+((Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*Side C of Parallelepiped*sin(Angle Alpha of Parallelepiped))))/(Side A of Parallelepiped*(Perimeter of Parallelepiped/4-Side A of Parallelepiped-Side C of Parallelepiped)*Side C of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2))). This formula also uses Sine (sin)Cosine (cos), Square Root (sqrt) function(s).

What are the other ways to Calculate Surface to Volume Ratio of Parallelepiped?

Here are the different ways to Calculate Surface to Volume Ratio of Parallelepiped-

Surface to Volume Ratio of Parallelepiped=(2*((Side A of Parallelepiped*Side B of Parallelepiped*sin(Angle Gamma of Parallelepiped))+(Side A of Parallelepiped*Side C of Parallelepiped*sin(Angle Beta of Parallelepiped))+(Side B of Parallelepiped*Side C of Parallelepiped*sin(Angle Alpha of Parallelepiped))))/(Side A of Parallelepiped*Side B of Parallelepiped*Side C of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2)))
Surface to Volume Ratio of Parallelepiped=(2*((Volume of Parallelepiped*sin(Angle Gamma of Parallelepiped))/(Side C of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2)))+(Side A of Parallelepiped*Side C of Parallelepiped*sin(Angle Beta of Parallelepiped))+(Volume of Parallelepiped*sin(Angle Alpha of Parallelepiped))/(Side A of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2)))))/Volume of Parallelepiped
Surface to Volume Ratio of Parallelepiped=(2*((Volume of Parallelepiped*sin(Angle Gamma of Parallelepiped))/(Side C of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2)))+(Volume of Parallelepiped*sin(Angle Beta of Parallelepiped))/(Side B of Parallelepiped*sqrt(1+(2*cos(Angle Alpha of Parallelepiped)*cos(Angle Beta of Parallelepiped)*cos(Angle Gamma of Parallelepiped))-(cos(Angle Alpha of Parallelepiped)^2+cos(Angle Beta of Parallelepiped)^2+cos(Angle Gamma of Parallelepiped)^2)))+(Side B of Parallelepiped*Side C of Parallelepiped*sin(Angle Alpha of Parallelepiped))))/Volume of Parallelepiped

Can the Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C be negative?

No, the Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C, measured in Reciprocal Length cannot be negative.

Which unit is used to measure Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C?

Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C is usually measured using the 1 per Meter[m⁻¹] for Reciprocal Length. 1 per Kilometer[m⁻¹], 1 per Mile[m⁻¹], 1 per Yard[m⁻¹] are the few other units in which Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C can be measured.

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Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Formula

​GoSurface to Volume Ratio of Parallelepiped Formula

​GoSurface to Volume Ratio of Parallelepiped given Volume, Side A and Side C Formula

Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Example

Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Solution

Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C Formula Elements

Other Formulas to find Surface to Volume Ratio of Parallelepiped

How to Evaluate Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C?

FAQs on Surface to Volume Ratio of Parallelepiped given Perimeter, Side A and Side C

Variable Name

GoSurface to Volume Ratio of Parallelepiped Formula

GoSurface to Volume Ratio of Parallelepiped given Volume, Side A and Side C Formula