Answer: The correct option is D.
Explanation:
In option A:
The names of both the ions are correct but the representation of lithium ion is wrong. Lithium forms a cation and here lithium anion is shown. So, this option is not correct.
In option B:
Here, the representation and name of is written wrong. This ion has a representation of and is named as oxalate. So, this is not correct.
In option C:
The representation of both the ions is correct but the name of is chloride, not chlorate. So. this is not a correct option.
In option D:
The representation and names of both the ions are correct.
Hence, the correct option is D.
We see the order with respect to crystal violet (m),but no longer the order with respect to hydroxide (n).
<h3>Concentration of hydroxide ion equation</h3>
Generally the equation for the chemical reaction is mathematically given as
(CV)+(aq) + (OH)-(aq) ------------>. CVOH(aq)
The rate law for the chemical reaction is given as
Rate = k[CV+]m[OH-]n,
Because the hydroxide ion conc is an extra of thousand times as massive as the conc of crystal violet, [OH–] will now not exchange drastically all through this experiment.
Therefore, you will find the order with respect to crystal violet (m),but no longer the order with admire to hydroxide (n).
For more information on Chemical Reaction
brainly.com/question/11231920
Answer:
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Explanation: