Ethyne

Ethene

Ethanol

Ethane

Potassium nitrate

TSP

Dolomite

Silica

Distillation

Steam distillation

Sublimation

Fractional distillation

Atomic radius

Electronegativity

Electron affinity

Melting temperature

Primary amine

Aldehyde

Amide

Primary alcohol

Anline

Nitrobenzene

Nitroanilide

Diphenyl amide

Arrhenius equation

Perfect gas equation

Einstein equation

Faraday equation

Produced by the homolytic scission of o-bond

produced by the heterolytic scission of o-bond

It is very unstable

Number of protons abd electrons are equal in it

Low temperature abd high pressure

High temperature abd low pressure

Absolute zero temperature

High pressure

Sublimation

Evaporation

Freezing

Boiling

Cyclohexane

Benzene

Toluene

n-butane

Lignite

Sub-bituminous

Anthracite

Bituminous

$N{i}^{2+}$

$F{e}^{2+}$

$C{u}^{2+}$

$Z{n}^{2+}$

$F_{2}ClC-CCI{F}_2$

$C_6{H}_5-CN$

$CC{l}_3 -N{O}_2$

$(C{H}_3{)}_{3}C-OH$

12

18

14

16

-d[A]/dt = K[A][B]

-d[B]/dt = K [A] $[B{]}^2$

d [p]/dt = k $[p{]}^{\alpha }$

d [p]/dt = k $\left[A{]}^{\alpha }\right[B{]}^{\beta }$

Iodoform test

Carbylamine test

Ninhydrin test

Tollen's reagent

Atomic radius

Electronegativity

Electron affinity

Melting temperature

Equilibrium constant increases

Equilibrium shifts to left

Equilibrium is unaltered

Equilibrium shifts to right

$CH\equiv CH$

$C{H}_2=CHCl$

$ClCH=CHCl$

$C{H}_2=CHC{H}_{2}Cl$

$O{H}^{-}, Cl{,}^{-}N{a}^{+}$

$O{H}^{-}, C{l}^{-}, H^{+}$

$H^{+}, Cl{,}^{-}N{a}^{+}$

$H^{+}, C{l}^{-},N{a}^{+}, O{H}^{-}$

$H_{2}NCON{H}_2$

$N{H}_{4}OH$

$N{O^{-}}_3 .salt$

$N{O^{-}}_2.salt$

$K_4\left[Fe\right(CN{)}_6]$

$\left[Co\right(N{H}_3{)}_6]C{l}_3$

$\left[Fe\right(H_{2}O{)}_6]C{l}_3$

$\left[Cu\right(N{H}_3{)}_{4}C{l}_2$

$3400, 1700 c{m}^{-1}$

$2800, 1700 c{m}^{-1}$

$3400, 1400 c{m}^{-1}$

$2500, 1000 c{m}^{-1}$

First order

Zero order

Second order

Fractional order

3

4

5

6

$H_{2}S{O}_4$

$HBr{O}_4$

$HN{O}_3$

$HCl{O}_4$

13,1

14,0

12,2

1, 13

$C{H}_{3}COO{C}_2{H}_5$

$C_2{H}_4$

$C_2{H}_2$

$C_2{H}_6$

106 g

53 g

10.6 g

5.3 g