NEED help with MATLAB coding for this project!!

ASHRAE Refrigerant Numbering 10 through R-50 are methane based refrigerants. R-100s are ethane based, and R-200s are propane ased. The hundreds numeral indicates the number of carbon atoms in the molecule. The tens numeral dicates hydrogen atoms. The ones numeral indicates fluorine atoms. Any remaining "hands of the arbon will be chlorine atoms. The rule is summarized below R-ABC (A, B, C are numerals) contains: (A+1) carbon atoms, (B-1) hydrogen atoms, C fluorine atoms, and D chlorine atoms, where D-2(A+1) +2-B-1)-C. For example, 3-1)F(4,C1(6-2-4) = C R-134a: R-12: R-22: C(1+1 Co-pH(2-1)F (2)Cl(4-1-2) = CHCF, Based on their compositions, refrigerants are sometimes called HFC-134a, CFC-12, and HCFC-22 Additional letters following the refrigerant number are used to distinguish isomers. R-300s-are also aturated HC based but some are butane based and others are cyclobutane ('ring" shape) based. R-400s and R-500s are mixtures ("blends) When two or more distinct substances are mixed, the properties such as boiling point) can be manipulated. R-500s are azeotropes, which are particular mixtures with a constant boiling point and do not change mixture composition during distillation; R-400s are zeotropic mixtures, which will change composition during distillation. Components of azeotropes cannot be eparated by distillation. You may have seen a technician charging an air conditioner with the refrigeran tank placed upside down. Zeotropic mixtures like R-410a must be charged from the liquid phase; vapor phase (ie. right side up charging) of zeotropic mixture has a different composition than the liquid phase. ASHRAE Refrigerant Numbering 10 through R-50 are methane based refrigerants. R-100s are ethane based, and R-200s are propane ased. The hundreds numeral indicates the number of carbon atoms in the molecule. The tens numeral dicates hydrogen atoms. The ones numeral indicates fluorine atoms. Any remaining "hands of the arbon will be chlorine atoms. The rule is summarized below R-ABC (A, B, C are numerals) contains: (A+1) carbon atoms, (B-1) hydrogen atoms, C fluorine atoms, and D chlorine atoms, where D-2(A+1) +2-B-1)-C. For example, 3-1)F(4,C1(6-2-4) = C R-134a: R-12: R-22: C(1+1 Co-pH(2-1)F (2)Cl(4-1-2) = CHCF, Based on their compositions, refrigerants are sometimes called HFC-134a, CFC-12, and HCFC-22 Additional letters following the refrigerant number are used to distinguish isomers. R-300s-are also aturated HC based but some are butane based and others are cyclobutane ('ring" shape) based. R-400s and R-500s are mixtures ("blends) When two or more distinct substances are mixed, the properties such as boiling point) can be manipulated. R-500s are azeotropes, which are particular mixtures with a constant boiling point and do not change mixture composition during distillation; R-400s are zeotropic mixtures, which will change composition during distillation. Components of azeotropes cannot be eparated by distillation. You may have seen a technician charging an air conditioner with the refrigeran tank placed upside down. Zeotropic mixtures like R-410a must be charged from the liquid phase; vapor phase (ie. right side up charging) of zeotropic mixture has a different composition than the liquid phase