Answer:
Because as the concentration is diminished, the capacity to transfer electricity is diminished as well.
Explanation:
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In this case, since electrolytes are substances that are able to conduct the electricity in aqueous media (solutions in which water is the the solvent) because they have the capacity to form ions with both positive and negative charges, due to the fact that HCl is a strong acid, we notice it is fully ionized in solution and therefore it is a strong electrolyte. However, when the concentration is diminished, we can notice that strength is diminished as well because less ions will have the capacity to transfer the electricity and therefore it'd become a poor conductor or weak electrolyte.
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Explanation:
There will occur a straight line for the curve of Ln[(CH_{3})_{3}CCl] Vs. time. Since, it is a first order reaction therefore, the formula of its half-life will be as follows.
Half-life = 
or, k = 
=
So, rate of the reaction will be as follows.
Rate = ![[(CH_{3})_{3}CCl]^{1}](https://tex.z-dn.net/?f=%5B%28CH_%7B3%7D%29_%7B3%7DCCl%5D%5E%7B1%7D)
= 
= 0.000473
=
Thus, we can conclude that the instantaneous rate of given reaction is
.
Electronic configuration is given by

- 1s orbital is filled
- 2s orbital is unfilled
So
Answer: The speed of a wave with a frequency of 64 Hz and a wavelength of 102m is 6528 m/s.
Explanation:
The formula of a speed of a wave is frequency x the wavelength.
Therefore multiply 64 and 102.
You get 6528 m/s which is the correct answer.
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