Chemistry

There are four types of redox reactions. These are combination, Decomposition, Displacement, and Disproportionation.
In the combination redox reaction, two or more substances form a single product, in decomposition reactions, a compound breaks down into two or more substances. When one element in a compound replaces another, it is called displacement reactions. When simultaneously, one substance is oxidized and reduced, the reaction is known as the disproportionation redox reaction.

In a chemical reaction when electrons transfer simultaneously between substances, it is called as the redox reaction.  In redox reaction, one substance gets oxidized by losing electrons and another substance reduces by gaining the electrons. These two processes together occurs in a redox reaction.

Moles of $AI=\frac{5.4}{27}=\frac{1}{5}$ $\frac{}{}\frac{}{}$

$q=nC?T=\frac{1}{5}*24*30=144J$

Kindly consider the following figure

Fraction of molecule having energy $E_a$ or greater than $E_a=e^{\frac{-E_a}{RT}}$  

In case of gas in gas, true solution will be always formed.

$C{a}_3{\left(P{O}_4\right)}_2\to 3C{a}^{2+}+2P{O}_4^{3-}$

$?G^0=-2.303RT\log ?K$

$=-2.303*R*300*\log ?{10}^{10}$

$=-2.303*3000R$

=-6909 R

$N{a}_{2}C{O}_3+HCl\stackrel{Phenolphthalein}{\to }NaHC{O}_3+NaCl$

$E_{N{a}_{2}C{O}_3}=\frac{M_{N{a}_{2}C{O}_3}}{n-factor}=\frac{106}{1}=106$

Kindly consider the following figure