Relative Area for Different Type Classification of Reservoir Calculator

✖Coefficient c depends on the type classification of the reservoir. Type I (Lake)-5.074 Type II (Flood)-2.487 Type III (Hilly)-16.967 Type IV (Gorge)-1.486.ⓘ Coefficient c [C]			+10% -10%
✖Relative Depth measures the relative distance from the deep white matter surface to the superficial white matter surface.ⓘ Relative Depth [p]			+10% -10%
✖Coefficient m1 depends on the type classification of the reservoir. Type I (Lake)-1.85 Type II (Flood)-0.57 Type III (Hilly)-1.15 Type IV (Gorge)-0.25.ⓘ Coefficient m1 [m₁]			+10% -10%
✖Coefficient n1 depends on the type classification of the reservoir. Type I (Lake)-0.36 Type II (Flood)-0.41 Type III (Hilly)-2.32 Type IV (Gorge)-1.34.ⓘ Coefficient n1 [n₁]			+10% -10%

✖Dimensionless Relative Area is a dimensionless unit defined as the ratio of area of elevation above the bed to that of area at initial zero elevation.ⓘ Relative Area for Different Type Classification of Reservoir [A_p]

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Relative Area for Different Type Classification of Reservoir Solution

STEP 0: Pre-Calculation Summary

Formula Used

Dimensionless Relative Area = Coefficient c*(Relative Depth^Coefficient m1)*(1-Relative Depth)^Coefficient n1
A_p = C*(p^m₁)*(1-p)^n₁
This formula uses 5 Variables

Variables Used

Dimensionless Relative Area - Dimensionless Relative Area is a dimensionless unit defined as the ratio of area of elevation above the bed to that of area at initial zero elevation.
Coefficient c - Coefficient c depends on the type classification of the reservoir. Type I (Lake)-5.074 Type II (Flood)-2.487 Type III (Hilly)-16.967 Type IV (Gorge)-1.486.
Relative Depth - (Measured in Meter) - Relative Depth measures the relative distance from the deep white matter surface to the superficial white matter surface.
Coefficient m1 - Coefficient m1 depends on the type classification of the reservoir. Type I (Lake)-1.85 Type II (Flood)-0.57 Type III (Hilly)-1.15 Type IV (Gorge)-0.25.
Coefficient n1 - Coefficient n1 depends on the type classification of the reservoir. Type I (Lake)-0.36 Type II (Flood)-0.41 Type III (Hilly)-2.32 Type IV (Gorge)-1.34.

STEP 1: Convert Input(s) to Base Unit

Coefficient c: 5.074 --> No Conversion Required
Relative Depth: 0.1818 Meter --> 0.1818 Meter No Conversion Required
Coefficient m1: 1.85 --> No Conversion Required
Coefficient n1: 0.36 --> No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

A_p = C*(p^m₁)*(1-p)^n₁ --> 5.074*(0.1818^1.85)*(1-0.1818)^0.36

Evaluating ... ...

A_p = 0.201478426232732

STEP 3: Convert Result to Output's Unit

0.201478426232732 --> No Conversion Required

FINAL ANSWER

0.201478426232732 ≈ 0.201478 <-- Dimensionless Relative Area

(Calculation completed in 00.004 seconds)

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Relative Area for Different Type Classification of Reservoir

LaTeX Go Dimensionless Relative Area = Coefficient c*(Relative Depth^Coefficient m1)*(1-Relative Depth)^Coefficient n1

New Total Depth of Reservoir

LaTeX Go New Total Depth of Reservoir = Difference in the Elevation (FRL and Original bed)-Height above Bed

Difference in Elevations of Full Reservoir Level and Original Bed of Reservoir

LaTeX Go Difference in the Elevation (FRL and Original bed) = Height above Bed/Relative Depth

Relative Depth at New Zero Elevation

LaTeX Go Relative Depth = Height above Bed/Difference in the Elevation (FRL and Original bed)

Relative Area for Different Type Classification of Reservoir Formula

LaTeX Go

Dimensionless Relative Area = Coefficient c*(Relative Depth^Coefficient m1)*(1-Relative Depth)^Coefficient n1
A_p = C*(p^m₁)*(1-p)^n₁

What is a Reservoir?

A Reservoir is an artificial lake where water is stored. Most reservoirs are formed by constructing dams across rivers. A reservoir can also be formed from a natural lake whose outlet has been dammed to control the water level. The dam controls the amount of water that flows out of the reservoir.

How to Calculate Relative Area for Different Type Classification of Reservoir?

Relative Area for Different Type Classification of Reservoir calculator uses Dimensionless Relative Area = Coefficient c*(Relative Depth^Coefficient m1)*(1-Relative Depth)^Coefficient n1 to calculate the Dimensionless Relative Area, The Relative Area for Different Type Classification of Reservoir formula is defined as the ratio of an area at elevation above head to that of an area at initial zero elevation. Dimensionless Relative Area is denoted by A_p symbol.

How to calculate Relative Area for Different Type Classification of Reservoir using this online calculator? To use this online calculator for Relative Area for Different Type Classification of Reservoir, enter Coefficient c (C), Relative Depth (p), Coefficient m1 (m₁) & Coefficient n1 (n₁) and hit the calculate button. Here is how the Relative Area for Different Type Classification of Reservoir calculation can be explained with given input values -> 0.201478 = 5.074*(0.1818^1.85)*(1-0.1818)^0.36.

FAQ

What is Relative Area for Different Type Classification of Reservoir?

The Relative Area for Different Type Classification of Reservoir formula is defined as the ratio of an area at elevation above head to that of an area at initial zero elevation and is represented as A_p = C*(p^m₁)*(1-p)^n₁ or Dimensionless Relative Area = Coefficient c*(Relative Depth^Coefficient m1)*(1-Relative Depth)^Coefficient n1. Coefficient c depends on the type classification of the reservoir. Type I (Lake)-5.074 Type II (Flood)-2.487 Type III (Hilly)-16.967 Type IV (Gorge)-1.486, Relative Depth measures the relative distance from the deep white matter surface to the superficial white matter surface, Coefficient m1 depends on the type classification of the reservoir. Type I (Lake)-1.85 Type II (Flood)-0.57 Type III (Hilly)-1.15 Type IV (Gorge)-0.25 & Coefficient n1 depends on the type classification of the reservoir. Type I (Lake)-0.36 Type II (Flood)-0.41 Type III (Hilly)-2.32 Type IV (Gorge)-1.34.

How to calculate Relative Area for Different Type Classification of Reservoir?

The Relative Area for Different Type Classification of Reservoir formula is defined as the ratio of an area at elevation above head to that of an area at initial zero elevation is calculated using Dimensionless Relative Area = Coefficient c*(Relative Depth^Coefficient m1)*(1-Relative Depth)^Coefficient n1. To calculate Relative Area for Different Type Classification of Reservoir, you need Coefficient c (C), Relative Depth (p), Coefficient m1 (m₁) & Coefficient n1 (n₁). With our tool, you need to enter the respective value for Coefficient c, Relative Depth, Coefficient m1 & Coefficient n1 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 Dimensionless Relative Area?

In this formula, Dimensionless Relative Area uses Coefficient c, Relative Depth, Coefficient m1 & Coefficient n1. We can use 1 other way(s) to calculate the same, which is/are as follows -

Dimensionless Relative Area = Sediment Area/Soil Erodibility Factor

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