Speed Programming in Matlab Octave for non computer science engineers

OBJECTIVE:

Stoichiometric Combustion Calculator for Alkane, Alkene and Alkyne fuels.

EXPLANATION:

ALKANE:

In organic chemistry,an alkane consist of carbon and hydrogen atoms arranged in a tree structure in which all the carbon-carbon bonds are single.

For alkane the combustion reaction is

C_nH_2n+2+ar(o₂+3.76N₂) = aCo₂+ bH₂O+cN₂

_{By balancing this equation we get ar=3n+1/2.}

_ALKENE:

_{In organic chemistry, an alkene is an unsaturated hydrocarbon that contains a carbon-carbon double bond.}

_{For alkene the combustion reaction is}

C_nH_2n+ar(o₂+3.76N₂) = aCo₂+ bH₂O+cN₂

_{By balancing this equation we get ar=3n/2.}

_ALKYNE:

_{In organic chemistry , an alkyne is an unsaturated hydrocarbon contain atleast one carbon-carbon tripe bond.}

_{For alkyne the combustion reaction is}

C_nH_2n-2+ar(o₂+3.76N₂) = aCo₂+ bH₂O+cN₂

_{By balancing this equation we get ar=3n-1/2.}

_{MAIN PROGRAM:}

clear all
close all
clc

x=linspace(1,20,20)

    alkane=(((3*x)+1)/2)
    alkene=(3*x)/2
    alkyne=(((3*x)-1)/2)

  plot(x,alkane,'r');
   
  hold on
 
  plot(x,alkene,'b');
   
  hold on
 
  plot(x,alkyne,'g');

  xlabel('number of atoms of carbon')
  ylabel('stoichiometric co-efficient')
  legend('alkane','alkene','alkyne')
    

_OUTPUT:

_RESULT:

_{Thus we have shown plot that compares the effect of number of atoms of carbon on the stoichiometric co-efficient "ar".}

https://drive.google.com/open?id=1-T3MWbw1VwTs-3ri0HAntf0Z-6wNDyTk

https://drive.google.com/open?id=1eJVN2PbA0xojE-6HXdPlKN8LLPryzcQz