Match List-$I$ (Fuels) with List-$II$ (Composition) and select the correct answer using the codes given below the lists.
List-$I$ (Fuels) List-$II$ (Composition) $A$. Water gas $i$. $A$ mixture of $CO$ and $N_2$ $B$. Producer gas $ii$. Methane $C$. Coal gas $iii$. $A$ mixture of $CO$ and $H_2$ $D$. Natural gas $iv$. $A$ mixture of $CO$,$H_2$,$CH_4$ and $CO_2$
Choose the correct sequence for $A-B-C-D$ respectively:
| List-$I$ (Fuels) | List-$II$ (Composition) |
|---|---|
| $A$. Water gas | $i$. $A$ mixture of $CO$ and $N_2$ |
| $B$. Producer gas | $ii$. Methane |
| $C$. Coal gas | $iii$. $A$ mixture of $CO$ and $H_2$ |
| $D$. Natural gas | $iv$. $A$ mixture of $CO$,$H_2$,$CH_4$ and $CO_2$ |
Choose the correct sequence for $A-B-C-D$ respectively:
- A$iii-i-iv-ii$
- B$iii-i-ii-iv$
- C$i-iii-iv-ii$
- D$iii-ii-iv-i$
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Similar Questions
Which property among the following is the same for both hydrogen and deuterium molecules?
Arrange the following:
$(i)$ $CaH_2$,$BeH_2$ and $TiH_2$ in order of increasing electrical conductance.
$(ii)$ $LiH$,$NaH$ and $CsH$ in order of increasing ionic character.
$(iii)$ $H-H$,$D-D$ and $F-F$ in order of increasing bond dissociation enthalpy.
$(iv)$ $NaH$,$MgH_2$ and $H_2O$ in order of increasing reducing property.
$(i)$ $CaH_2$,$BeH_2$ and $TiH_2$ in order of increasing electrical conductance.
$(ii)$ $LiH$,$NaH$ and $CsH$ in order of increasing ionic character.
$(iii)$ $H-H$,$D-D$ and $F-F$ in order of increasing bond dissociation enthalpy.
$(iv)$ $NaH$,$MgH_2$ and $H_2O$ in order of increasing reducing property.
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View SolutionState True or False for the following statements:
$1$. Metals of group $7$,$8$ and $9$ form non-stoichiometric hydrides.
$2$. Pure dihydrogen is obtained by heating hydrocarbons with $H_2O$ vapour in the presence of a $Ni$ catalyst at $1270 \ K$.
$3$. The ionization enthalpy of hydrogen is higher than that of alkali metals.
$4$. Some chemical properties of hydrogen resemble both metals and non-metals.
$1$. Metals of group $7$,$8$ and $9$ form non-stoichiometric hydrides.
$2$. Pure dihydrogen is obtained by heating hydrocarbons with $H_2O$ vapour in the presence of a $Ni$ catalyst at $1270 \ K$.
$3$. The ionization enthalpy of hydrogen is higher than that of alkali metals.
$4$. Some chemical properties of hydrogen resemble both metals and non-metals.
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View SolutionThe oxidation number of hydrogen in $MH_2$ is
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View SolutionWhich of the following has the highest calorific value?
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