User:Cadgodspeek29

$$i^'=y_{i} =\frac{n_{i} }{n} $$  III-13

$$O_ =\frac \left({\rm C}{\rm O}'+{\rm H}'_ \right)+{\rm 2C}{\rm H}'_ +{\rm 3C}_ {\rm H}'_ +\sum \left(x+\frac{y} \right){\rm C}_{x} {\rm H}'_{y} -{\rm O}'_ $$   III-16

$$L_{\min } =\frac{O_{\min } }{0,21} $$  III-17

$$L_ =\lambda L_{\min }$$  III-18

$$O_{\min } =2,666c+8h+s-o$$  III-23

$$L_{\min } =\frac{O_{\min } }{0,232} $$  III-24

$$L_ =\lambda L_{\min } =\lambda \frac{O_{\min } }{0,232} $$  III-25

$$n'_ =\frac{c}{12} \; ;\; n'_{{\rm H}_ } =\frac{h}{2} \; ;\; n'_ =\frac{s}{32} \; ;\; n'_{{\rm O}_ } =\frac{o}{32} \; ;\; n'_{{\rm N}_ } =\frac{n}{28} \; ;\; n'_{{\rm H}_ {\rm O}} =\frac{w}{18} $$  III-26

$$\begin{array}{l} {O_{\min } =\frac{c}{12} \cdot 1+\frac{h}{2} \cdot \frac{1}{2} +\frac{s}{32} \cdot 1-\frac{o}{32} } \\ {} \\ {=\frac{c}{12} +\frac{h}{4} +\frac{s}{32} -\frac{o}{32} } \end{array}$$  III-28

$$\begin{array}{l} {n_ ={\rm C}{\rm O}'+{\rm C}{\rm O}'_ +{\rm C}{\rm H}'_ +2{\rm C}_ {\rm H}'_ +\sum x{\rm C}_{x} {\rm H}'_{y} +\left(\lambda -1\right)O_{\min } +2\left({\rm C}{\rm H}'_ +{\rm C}_ {\rm H}'_ \right)+ } \\ {\; \; \; \; \; \; \; +\sum \frac{y}{2} {\rm C}_{x} {\rm H}'_{y} +{\rm N}'_ +0,79\lambda \frac{O_{\min } }{0,21} } \end{array}$$   III-37

$$n_ ={\rm C}{\rm O}'+{\rm C}{\rm O}'_ +{\rm C}{\rm H}'_ +2{\rm C}_ {\rm H}'_ +\sum x{\rm C}_{x} {\rm H}'_{y} +\left(\lambda -1\right)O_{\min } +{\rm N}'_ +0,79\lambda \frac{O_{\min } }{0,21} $$  III-39

$$m_ =3,666c+2s+\left(\lambda -1\right)O_{\min } +9h+w+n+0,768\lambda L_{\min }$$  III-41

$$m_ =3,666c+2s+\left(\lambda -1\right)O_{\min } +n+0,768\lambda L_{\min } $$  III-43

$$n_ =0,0833c+0,0625s+\left(\lambda -1\right)O_{\min } +0,0357n+0,79\lambda L_{\min } +0,0555w+0,5h$$  III-44

$$n_ =0,0833c+0,0625s+\left(\lambda -1\right)O_{\min } +0,0357n+079\lambda L_{\min } $$  III-45

$${\rm CO}_ +{\rm O}_ +{\rm N}_ +{\rm CO}+{\rm CH}_ +{\rm H}_ ={\rm 1}$$  III-46

$${\rm CO}_ =\frac{n_{{\rm CO}_{2} } }{n_ } =y_{{\rm CO}_{2} }$$  III-47a

$${\rm O}_ =\frac{n_{{\rm O}_{2} } }{n_ } =y_{{\rm O}_{2} }$$  III-47b

$${\rm N}_ =\frac{n_{{\rm N}_{2} } }{n_ } =y_{{\rm N}_{2} }$$  III-47c

$${\rm CO}=\frac{n_ }{n_ } =y_$$  III-47d

$${\rm CH}_ =\frac{n_{{\rm CH}_{4} } }{n_ } =y_{{\rm CH}_{4} }$$  III-47e

$${\rm H}_ =\frac{n_{{\rm H}_{2} } }{n_ } =y_{{\rm H}_{2} }$$  III-47f

$$n_ =n_{{\rm CO}_{2} } +n_{{\rm O}_{2} } +n_{{\rm N}_{2} } +n_ +n_{{\rm CH}_{4} } +n_{{\rm H}_{2} }$$  III-48

$$n_ =\left(1+{\rm H}_ {\rm O}\right)n_$$  III-51

$$-\Phi _{12} =H_{2} -H_{1}$$  III-77

$$H_{2} =q_ h_ \left(\vartheta _ \right)$$  III-78

$$H_{1} =H_ +H_ =q_ h_ \left(\vartheta _ \right)+q_ h_ \left(\vartheta _ \right)$$  III-79

$${\rm \Delta }h\left(\vartheta _{0} \right)=h_ \left(\vartheta _{0} \right)+\lambda L_{\min } h_ \left(\vartheta _{0} \right)-m_ h_ \left(\vartheta _{0} \right)$$  III-86

$${\rm \Delta }h_ \left(\vartheta \right)={\rm \Delta }h_ \left(\vartheta \right)-m_{{\rm H}_ {\rm O}} r\left(\vartheta \right)$$  III-93

$${\rm \Delta }h_ =y_{1} \left({\rm \Delta }h_ \right)_{1} +y_{2} \left({\rm \Delta }h_ \right)_{2} +......+y_{n} \left({\rm \Delta }h_ \right)_{n} =\sum _{i=1}^{n}y_{i} \left({\rm \Delta }h_ \right)_{i} $$  III-97

$${\rm \Delta }h_ \left(0\; {}^\circ {\rm C}\right)=33900c+117000\left(h-\frac{o}{8} \right)+10500s-2500w$$  III-98

$$\varphi =\frac{\rho _ \left(T\right)}{\rho _ \left(T\right)} =\frac{p_ \left(T\right)}{p_ \left(T\right)} $$  IV-21

$$\chi =\frac{x}{x_ }$$  IV-22

$$\chi =\varphi \frac{p-p_ }{p-\varphi \; p_ }$$  IV-24

$$v_{1+{\rm x}} =\frac{V}{m_ } $$  IV-27

$$\Phi _ =\Phi _{12} =q_ \left(\left(h_{1+{\rm x}} \right)_{2} -\left(h_{1+{\rm x}} \right)_{1} \right)$$  IV-79

$$q_ =q_{12} =\left(h_{1+{\rm x}} \right)_{2} -\left(h_{1+{\rm x}} \right)_{1} $$  IV-80

$$q_ =q_ \left(x_{2} -x_{2{\rm s}} \right)$$  IV-81

$$x_ =\frac{q_{{\rm m}1} x_{1} +q_{{\rm m}2} x_{2} }{q_{{\rm m}1} +q_{{\rm m}2} } $$  IV-84

$$\left(h_{1+{\rm x}} \right)_ =\frac{q_{{\rm m}1} \left(h_{1+{\rm x}} \right)_{1} +q_{{\rm m}2} \left(h_{1+{\rm x}} \right)_{2} }{q_{{\rm m}1} +q_{{\rm m}2} } $$  IV-88

$$x_ =\frac{\sum _{i=1}^{n}q_{{\rm m}i} x_{i} }{\sum _{i=1}^{n}q_{{\rm m}i}  }$$   IV-105

$$\left(h_{1+{\rm x}} \right)_ =\frac{\sum _{i=1}^{n}q_{{\rm m}i} \left(h_{1+{\rm x}} \right)_{i} \pm \Phi _ }{\sum _{i=1}^{n}q_{{\rm m}i}  } $$   IV-109

$$\pm \Phi =q_ \left(h_{1+{\rm x}} \right)_ -q_ \left(h_{1+{\rm x}} \right)_{1} -q_ h_ $$  IV-120

$$\left(h_{1+{\rm x}} \right)_ =\frac{q_{{\rm m}1} \left(h_{1+{\rm x}} \right)_{1} +q_ h_ }{q_{{\rm m}1} } \pm \frac{\Phi _ }{q_{{\rm m}1} } $$  IV-122

$$\frac{\left(h_{1+{\rm x}} \right)_{{\rm m}'} -\left(h_{1+{\rm x}} \right)_{1} }{x_{{\rm m}'} -x_{1} } =h_ =\frac{{\rm d}h_{1+{\rm x}} }{{\rm d}x} ={\rm tg}\alpha$$  IV-125

$$\frac{\left(h_{1+{\rm x}} \right)_{{\rm m}'} -\left(h_{1+{\rm x}} \right)_ }{x_{{\rm m}'} -x_{1} } =h_ =c_ \vartheta _ ={\rm tg}\alpha$$  IV-128

$$\Delta x=x_{{\rm m}'} -x_{1} =\frac{q_ }{q_ }$$  IV-129

$$\left(h_{1+{\rm x}} \right)_ -\left(h_{1+{\rm x}} \right)_{{\rm m}'} =\frac{\pm \Phi _ }{q_{{\rm m}1} } $$  IV-130

$$h_ =\frac{\left(h_{1+{\rm x}} \right)_ -\left(h_{1+{\rm x}} \right)_{1} }{x_ -x_ } $$  IV-138