Potassium chlorate, kclo3, decomposes according to the reaction: 2kclo3 → 2kcl 3o2 if the rate of decomposition of kclo3 at a ce
1 answer:
Explanation
Referring to coefficients of and
the equation, the decomposition of every
moles of potassium chlorate would yield
moles of potassium chloride. At any time in the reaction process the rate of production of
shall equals to the rate at which
is being consumed.
The question states that the reaction consumes of
every single second on average. One would thus expect it to produce the same amount of
in the same period of time.
is thus produced at a rate of
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Answer:
Explanation:
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In the extraction process of steel, one of the step is purification of the iron used to make the steel. In which pure oxygen is blown on the steel at high temperature so that the carbon percentage present in the steel can be thrown out in the form of gas. The process occurs at high temperature which is called combustion process. The reaction occurs can be shown as- C(s)+→C
(g) + CO (g). In presence of excess oxygen, the produced carbon mono oxide (CO) converts to carbon di-oxide. The reaction is CO(g) +
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(g). From the density of the evolved gas one could identify the gas. If the gas density is 1.77g/L which is very close to the standard density of C
i.e. 1.80g/L, the gas is carbon dioxide only.
An acid donates ion in aqueous solution. A base accepts
ion in aqueous solution.
The equation representing the acid base reaction of and
:
In the above reaction, as acts as a base it is accepting the hydrogen ion from
. Similarly,
donates its hydrogen ion to
acting as an acid.