Fx Copy
LaTeX Copy
Percent Yield of Nitrogen is a measure of the quantity of moles of nitrogen formed in relation to the reactant consumed. Check FAQs
N%=(2822400)(Vn2M)100
N% - Percent Yield of Nitrogen?Vn2 - Volume of N2 at NTP?M - Mass of Compound?

Percentage Yield of Nitrogen using Dumas's Method Example

With values
With units
Only example

Here is how the Percentage Yield of Nitrogen using Dumas's Method equation looks like with Values.

Here is how the Percentage Yield of Nitrogen using Dumas's Method equation looks like with Units.

Here is how the Percentage Yield of Nitrogen using Dumas's Method equation looks like.

0.1042Edit=(2822400)(10Edit12Edit)100
You are here -
HomeIcon Home » Category Chemistry » Category Organic Chemistry » fx Percentage Yield of Nitrogen using Dumas's Method

Percentage Yield of Nitrogen using Dumas's Method Solution

Follow our step by step solution on how to calculate Percentage Yield of Nitrogen using Dumas's Method?

FIRST Step Consider the formula
N%=(2822400)(Vn2M)100
Next Step Substitute values of Variables
N%=(2822400)(10L12g)100
Next Step Convert Units
N%=(2822400)(0.010.012kg)100
Next Step Prepare to Evaluate
N%=(2822400)(0.010.012)100
Next Step Evaluate
N%=0.104166666666667
LAST Step Rounding Answer
N%=0.1042

Percentage Yield of Nitrogen using Dumas's Method Formula Elements

Variables
Percent Yield of Nitrogen
Percent Yield of Nitrogen is a measure of the quantity of moles of nitrogen formed in relation to the reactant consumed.
Symbol: N%
Measurement: NAUnit: Unitless
Note: Value should be greater than 0.
Volume of N2 at NTP
Volume of N2 at NTP is the measure of nitrogen under normal pressure and temperature.( 20°C , 1 atm ).
Symbol: Vn2
Measurement: VolumeUnit: L
Note: Value should be greater than 0.
Mass of Compound
Mass of Compound is the amount of organic compound which is used to measure the yield of an organic element.
Symbol: M
Measurement: WeightUnit: g
Note: Value should be greater than 0.

Other Formulas to find Percent Yield of Nitrogen

​Go Percentage Yield of Nitrogen using Kjeldahl's Method
N%=1.4NacidVacidM

Other formulas in Organic Chemistry category

​Go Percentage Yield of Carbon in Organic Component
C%=(1244)(MCO2M)100
​Go Percentage Yield of Hydrogen in Organic Component
H%=(218)(MH2OM)100
​Go Percentage Yield of Sulphur in Organic Component
S%=(32233)(MBaSO4M)100
​Go Percentage Yield of Halogen in Organic Component
X%=(At.masshalogen108+At.masshalogen)(MXM)100

How to Evaluate Percentage Yield of Nitrogen using Dumas's Method?

Percentage Yield of Nitrogen using Dumas's Method evaluator uses Percent Yield of Nitrogen = (28/22400)*(Volume of N2 at NTP/Mass of Compound)*100 to evaluate the Percent Yield of Nitrogen, The Percentage Yield of Nitrogen using Dumas's Method formula is defined as the percent of nitrogen which is present in a organic compound which is calculated using the volume of nitrogen in NTP. Percent Yield of Nitrogen is denoted by N% symbol.

How to evaluate Percentage Yield of Nitrogen using Dumas's Method using this online evaluator? To use this online evaluator for Percentage Yield of Nitrogen using Dumas's Method, enter Volume of N2 at NTP (Vn2) & Mass of Compound (M) and hit the calculate button.

FAQs on Percentage Yield of Nitrogen using Dumas's Method

What is the formula to find Percentage Yield of Nitrogen using Dumas's Method?
The formula of Percentage Yield of Nitrogen using Dumas's Method is expressed as Percent Yield of Nitrogen = (28/22400)*(Volume of N2 at NTP/Mass of Compound)*100. Here is an example- 0.104167 = (28/22400)*(0.01/0.012)*100.
How to calculate Percentage Yield of Nitrogen using Dumas's Method?
With Volume of N2 at NTP (Vn2) & Mass of Compound (M) we can find Percentage Yield of Nitrogen using Dumas's Method using the formula - Percent Yield of Nitrogen = (28/22400)*(Volume of N2 at NTP/Mass of Compound)*100.
What are the other ways to Calculate Percent Yield of Nitrogen?
Here are the different ways to Calculate Percent Yield of Nitrogen-
  • Percent Yield of Nitrogen=(1.4*Normality of Acid Used*Volume of Acid Used)/Mass of CompoundOpenImg
Copied!