Answer: Step 1, Isomerase.
Explanation:
Form the version of palmitic acid in the step one by changing the double bond within alpha and beta carbon by Isomerase.
B and C are Isomers, the molecule only differ in configuration.
I believe the answer is C
<span>Velocity describes the speed of an object and its direction of motion</span>
Hope this helps. I provided step by step in the picture below if you want to see how I got these answers.
A= 1.0L
B= 0.50atm
C= 0.60atm
D= 4.0L
Answer:

Explanation:
Hello!
In this case, since the freezing point depression caused by the addition of a solute, we use the following formula:

Thus, we first need to compute the molality of each solute, as shown below:

Next, since NaCl has two ionic species, one Na⁺ and one Cl⁻, and CaCl₂ three, one Ca²⁺ and two Cl⁻, the van't Hoff's factors are 2 and 3 respectively, therefore the freezing point depressions turn out:

It means that CaCl₂ is still better than NaCl because produces involves a higher melting point for the ice, so it would melt faster.
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