Carbon monoxide gas is more dangerous than carbon dioxide gas. Why?
(N/A) $CO$ and $CO_{2}$ gases are released by the burning of various types of fuel. Carbon monoxide is poisonous,whereas carbon dioxide is not poisonous in its nature.
Carbon monoxide reacts with hemoglobin in the blood to produce a carboxyhemoglobin complex. This complex is about $300$ times more stable than the oxygen-hemoglobin complex (oxyhemoglobin).
Carboxyhemoglobin,even at a concentration of $3-4 \%$,significantly reduces the oxygen-carrying capacity of the blood.
This oxygen deficiency leads to symptoms such as headaches,weak eyesight,nervousness,and cardiovascular disorders. Due to the increase in its proportion in the blood,the death rate is high. In contrast,carbon dioxide is non-poisonous,although its high concentration in the atmosphere is harmful due to the greenhouse effect.
Carbon monoxide reacts with hemoglobin in the blood to produce a carboxyhemoglobin complex. This complex is about $300$ times more stable than the oxygen-hemoglobin complex (oxyhemoglobin).
Carboxyhemoglobin,even at a concentration of $3-4 \%$,significantly reduces the oxygen-carrying capacity of the blood.
This oxygen deficiency leads to symptoms such as headaches,weak eyesight,nervousness,and cardiovascular disorders. Due to the increase in its proportion in the blood,the death rate is high. In contrast,carbon dioxide is non-poisonous,although its high concentration in the atmosphere is harmful due to the greenhouse effect.
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Similar Questions
The option$(s)$ with only amphoteric oxides is(are)
$[A]$ $Cr_2O_3, BeO, SnO, SnO_2$
$[B]$ $Cr_2O_3, CrO, SnO, PbO$
$[C]$ $NO, B_2O_3, PbO, SnO_2$
$[D]$ $ZnO, Al_2O_3, PbO, PbO_2$
$[A]$ $Cr_2O_3, BeO, SnO, SnO_2$
$[B]$ $Cr_2O_3, CrO, SnO, PbO$
$[C]$ $NO, B_2O_3, PbO, SnO_2$
$[D]$ $ZnO, Al_2O_3, PbO, PbO_2$
Consider the following reaction:
$R_2SiCl_2 + H_2O \to (1) \xrightarrow{\text{polymerisation}} (2)$
Compound $(2)$ in the above reaction is:
$R_2SiCl_2 + H_2O \to (1) \xrightarrow{\text{polymerisation}} (2)$
Compound $(2)$ in the above reaction is:
Medium
View SolutionGive reasons:
$(i)$ Conc. $HNO_3$ can be transported in aluminium container.
$(ii)$ $A$ mixture of dilute $NaOH$ and aluminium pieces is used to open drain.
$(iii)$ Graphite is used as lubricant.
$(iv)$ Diamond is used as an abrasive.
$(v)$ Aluminium alloys are used to make aircraft body.
$(vi)$ Aluminium utensils should not be kept in water overnight.
$(vii)$ Aluminium wire is used to make transmission cables.
$(i)$ Conc. $HNO_3$ can be transported in aluminium container.
$(ii)$ $A$ mixture of dilute $NaOH$ and aluminium pieces is used to open drain.
$(iii)$ Graphite is used as lubricant.
$(iv)$ Diamond is used as an abrasive.
$(v)$ Aluminium alloys are used to make aircraft body.
$(vi)$ Aluminium utensils should not be kept in water overnight.
$(vii)$ Aluminium wire is used to make transmission cables.
Medium
View SolutionThermodynamically most stable allotrope of carbon is
Which of the following statements are correct?
$1.$ Charcoal can be obtained by heating wood in the absence of air.
$2.$ Charcoal is an impure form of graphite.
$3.$ Diamond is thermodynamically the most stable allotrope of carbon.
$4.$ Coke is used as an oxidising agent during the extraction of iron from its ores.
$1.$ Charcoal can be obtained by heating wood in the absence of air.
$2.$ Charcoal is an impure form of graphite.
$3.$ Diamond is thermodynamically the most stable allotrope of carbon.
$4.$ Coke is used as an oxidising agent during the extraction of iron from its ores.
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