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Concentration of solution given intensities of radiation Solution

STEP 0: Pre-Calculation Summary
Formula Used
concentration_of_solution = log10(Intensity of incident radiation/Intensity of reflected radiation)*(1/(Thickness of cell*Molar extinction coefficient))
c = log10(Ii/Ir)*(1/(l*ε))
This formula uses 2 Functions, 4 Variables
Functions Used
log10 - Common logarithm function (base 10), log10(Number)
log - Logarithm function, log(Number, Base)
Variables Used
Intensity of incident radiation - Intensity of incident radiation is the radiation intensity of incident radiation on a surface. (Measured in Watt per Square Meter Steradian)
Intensity of reflected radiation - Intensity of reflected radiation is the intensity of the radiation reflected by a surface. (Measured in Watt per Square Meter Steradian)
Thickness of cell - Thickness of cell is useful in calculating the concentration of a solution on the basis of its light absorption. (Measured in Meter)
Molar extinction coefficient - Molar extinction coefficient is a measure of how strongly a chemical species or substance absorbs light at a particular wavelength. (Measured in Square Centimeter per Mole)
STEP 1: Convert Input(s) to Base Unit
Intensity of incident radiation: 1 Watt per Square Meter Steradian --> 1 Watt per Square Meter Steradian No Conversion Required
Intensity of reflected radiation: 1 Watt per Square Meter Steradian --> 1 Watt per Square Meter Steradian No Conversion Required
Thickness of cell: 10 Meter --> 10 Meter No Conversion Required
Molar extinction coefficient: 10 Square Centimeter per Mole --> 0.001 Square Meter per Mole (Check conversion here)
STEP 2: Evaluate Formula
Substituting Input Values in Formula
c = log10(Ii/Ir)*(1/(l*ε)) --> log10(1/1)*(1/(10*0.001))
Evaluating ... ...
c = 0
STEP 3: Convert Result to Output's Unit
0 Mole per Meter³ --> No Conversion Required
FINAL ANSWER
0 Mole per Meter³ <-- Concentration of solution
(Calculation completed in 00.000 seconds)

10+ Beer-Lambert law Calculators

Molar extinction coefficient given intensities of radiation
molar_extinction_coefficient = log10(Intensity of incident radiation/Intensity of transmitted radiation)*(1/(Thickness of cell*Concentration of solution)) Go
Molar extinction coefficient
molar_extinction_coefficient = Absorbance/(Concentration of solution*Thickness of cell) Go
Concentration of solution
concentration_of_solution = Absorbance/(Thickness of cell*Molar extinction coefficient) Go
Thickness of cell
thickness_of_cell = Absorbance/(Molar extinction coefficient*Concentration of solution) Go
Beer-Lambert law in terms of intensity of radiation
absorbance = log10(Intensity of incident radiation/Intensity of transmitted radiation) Go
Beer-Lambert Law
absorbance = Molar extinction coefficient*Concentration of solution*Thickness of cell Go
Intensity of transmitted radiation
intensity_of_transmitted_radiation = Intensity of incident radiation/10^(Absorbance) Go
Intensity of incident radiation
intensity_of_incident_radiation = Intensity of transmitted radiation*10^(Absorbance) Go
Slope of absorbance vs concentration plot
slope_of_line = Molar extinction coefficient*Thickness of cell Go
Thickness of cell given slope
thickness_of_cell = Slope of Line/Molar extinction coefficient Go

Concentration of solution given intensities of radiation Formula

concentration_of_solution = log10(Intensity of incident radiation/Intensity of reflected radiation)*(1/(Thickness of cell*Molar extinction coefficient))
c = log10(Ii/Ir)*(1/(l*ε))

What is Beer- Lambert Law?

Beer-Lambert law is useful in calculating the concentration of a solution on the basis of its light absorption. This law relates the intensity of the transmitted monochromatic light to the concentration of the solution and the thickness of the cell in which the solution is kept. The molar extinction coefficient of a substance can be determined using a colorimeter or a spectrophotometer as follows. The absorbances of a solution are measured at different known concentrations using a cell of known thickness (l). The plot of absorbance, A against Concentration of solution, c gives a straight line and its slope is equal to εl.

Define Photochemistry.

In photochemistry, we study the absorption and emission of light by matter. It consists of the study of various photo physical processes and photochemical reactions. Two important photo physical processes are fluorescence and phosphorescence. During fluorescence, light emission takes place in the presence of exciting radiation; but the light emission stops, once the exciting radiation is removed. In contrast to this, during phosphorescence, light emission takes place even after the removal of the exciting radiation. In photochemical reactions, the substances acquire the necessary activation energy through light absorption. Again this is in contrast to the thermal reactions in which the reactants acquire their activation energy through collisions between molecules.

How to Calculate Concentration of solution given intensities of radiation?

Concentration of solution given intensities of radiation calculator uses concentration_of_solution = log10(Intensity of incident radiation/Intensity of reflected radiation)*(1/(Thickness of cell*Molar extinction coefficient)) to calculate the Concentration of solution, The Concentration of solution given intensities of radiation formula is defined as the quantity of a solute that is contained in a particular quantity of solvent or solution. Concentration of solution is denoted by c symbol.

How to calculate Concentration of solution given intensities of radiation using this online calculator? To use this online calculator for Concentration of solution given intensities of radiation, enter Intensity of incident radiation (Ii), Intensity of reflected radiation (Ir), Thickness of cell (l) & Molar extinction coefficient (ε) and hit the calculate button. Here is how the Concentration of solution given intensities of radiation calculation can be explained with given input values -> 0 = log10(1/1)*(1/(10*0.001)).

FAQ

What is Concentration of solution given intensities of radiation?
The Concentration of solution given intensities of radiation formula is defined as the quantity of a solute that is contained in a particular quantity of solvent or solution and is represented as c = log10(Ii/Ir)*(1/(l*ε)) or concentration_of_solution = log10(Intensity of incident radiation/Intensity of reflected radiation)*(1/(Thickness of cell*Molar extinction coefficient)). Intensity of incident radiation is the radiation intensity of incident radiation on a surface, Intensity of reflected radiation is the intensity of the radiation reflected by a surface, Thickness of cell is useful in calculating the concentration of a solution on the basis of its light absorption & Molar extinction coefficient is a measure of how strongly a chemical species or substance absorbs light at a particular wavelength.
How to calculate Concentration of solution given intensities of radiation?
The Concentration of solution given intensities of radiation formula is defined as the quantity of a solute that is contained in a particular quantity of solvent or solution is calculated using concentration_of_solution = log10(Intensity of incident radiation/Intensity of reflected radiation)*(1/(Thickness of cell*Molar extinction coefficient)). To calculate Concentration of solution given intensities of radiation, you need Intensity of incident radiation (Ii), Intensity of reflected radiation (Ir), Thickness of cell (l) & Molar extinction coefficient (ε). With our tool, you need to enter the respective value for Intensity of incident radiation, Intensity of reflected radiation, Thickness of cell & Molar extinction coefficient 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 Concentration of solution?
In this formula, Concentration of solution uses Intensity of incident radiation, Intensity of reflected radiation, Thickness of cell & Molar extinction coefficient. We can use 10 other way(s) to calculate the same, which is/are as follows -
  • absorbance = log10(Intensity of incident radiation/Intensity of transmitted radiation)
  • absorbance = Molar extinction coefficient*Concentration of solution*Thickness of cell
  • concentration_of_solution = Absorbance/(Thickness of cell*Molar extinction coefficient)
  • intensity_of_incident_radiation = Intensity of transmitted radiation*10^(Absorbance)
  • intensity_of_transmitted_radiation = Intensity of incident radiation/10^(Absorbance)
  • molar_extinction_coefficient = Absorbance/(Concentration of solution*Thickness of cell)
  • slope_of_line = Molar extinction coefficient*Thickness of cell
  • thickness_of_cell = Absorbance/(Molar extinction coefficient*Concentration of solution)
  • thickness_of_cell = Slope of Line/Molar extinction coefficient
  • molar_extinction_coefficient = log10(Intensity of incident radiation/Intensity of transmitted radiation)*(1/(Thickness of cell*Concentration of solution))
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