Chemistry

$K_{cat}=A{e}^{-}\frac{{\left(Ea\right)}_{cat}}{RT}and{K}_{uncat}=A{e}^{-}\frac{{\left(Ea\right)}_{uncat}}{RT}$

 $\frac{K_{cat}}{K_{uncat}}=e^{\frac{{\left(Ea\right)}_{uncat}-{\left(Ea\right)}_{cat}}{RT}}=e^{\frac{10*1000}{8.314*300}}=e^{4.009}=e^x$

$\therefore x=4$

FeO (Impurities) + SiO? (Flux) → FeSiO? (Iron silicate) Slag

Ease of Carbocation formation

cell reaction is ;

              $Cu\left(s\right)+S{n}_{\left(aq\right)}^{2+}\to C{u}_{\left(aq\right)}^{++}+S{n}_{\left(s\right)}$  

              $Q=\frac{\left[C{u}^{++}\right]}{\left[S{n}^{++}\right]}=\frac{0.01}{0.001}andn=2$  

              $E_{cell}=E_{cell}^o-\frac{0.059}{2}log\frac{0.01}{0.001}$  

              $=-0.48-\frac{0.059}{2}log10=-0.509$  

              $=983.33*10^{-1}KJ/mole$  

              Nearest integer = 983

Sodium fusion extract is Lassaigne method to defect sulphur, nitrogen, phosphorous and halogens.

Stability order :
Conjugate > Isolated > Cumulative and (y) is Anti aromatic.
HOC ∝ 1 / (Stability of Alkene)

$Hl?\frac{1}{2}{H}_2+\frac{1}{2}{l}_2$

t = eq    1 - a       $\frac{\alpha }{2}$         $\frac{\alpha }{2}\left[\alpha =0.4\right]$  

              $Kp=\frac{{\left(P_{H_2}\right)}^{\frac{1}{2}}*{\left(P_{l_2}\right)}^{\frac{1}{2}}}{P_{Hl}}=\frac{{\left(0.2\right)}^{\frac{1}{2}}*{\left(0.2\right)}^{\frac{1}{2}}}{0.6}$  

              = $-8.31*300*2.3*log\left(\frac{1}{3}\right)=2735J/mol$  

X is NH?
With mercurous nitrate it forms Hg + HgNH? Cl
Black

$\pi =i*c*R*T=\frac{2*0.83*300}{60*10^3}=0.00415bar$

= 415 Pa