Substitution reaction<span> monitors second-order kinetics; that is, the degree
of the reaction hinge on on
the concentration of two first-order reactants. In the circumstance of bimolecular nucleophilic </span>substitution, these two
reactants are the nucleophile and the haloalkane. So for this problem, the
answer is ch3br.
Sucrose doesn't show appreciable dissociation in water, so i≈1 in this case. by extension, −7.3°C is the approximate freezing point of this solution.
<h3>What is the freezing point?</h3>
The temperature at which a liquid solidifies.
Sucrose doesn't show appreciable dissociation in water, so i≈1 in this case. by extension, −7.3°C is the approximate freezing point of this solution.
Learn more about the freezing point here:
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Answer:
I think everything that's there is correct.
Explanation:
Bleach with pH of about 12.5 would be a strong base.
Milk with pH of 6.5 and Blood with pH around 7 would be neutral.
Battery acid with pH below 1 is strong acid and orange juice is weak acid.
