Answer:
Both Technicians are correct.
Explanation:
Remember that Ohm's Law its a relationship between Voltage (E), Current (I) and Resistance (R) in an electrical circuit. This relationship is defined by the following equation:

Each one of the letters could be called a variable. Now, also remember that the number of equations you have is equal to the number of variables unknown you could have.
In Ohm's Law you have 3 variables (E,I,R) and 1 equation. It means that you need to know 2 variables (Whatever 2 variables) to know the third.
Technician A says, in other words, that could calculate the Circuit current flow (I) knowing total circuit resistance (R) and total voltage (E). Note that Technician A knows 2 to 3 variables, then it's possible to use Ohm's Law with the following equation:

Technician B says, in other words, that could determine the unknown resistance (R) knowing total current (I) and source voltage (E). Once again, note that Technician B knows 2 to 3 variables, then it's possible to use Ohm's Law with the following equation:

It is concluded that both technicians are right.
I know that this might be wrong but is it light?
In the case above, the operation is not efficiently supported by heaps is Find.
<h3>What are heap operations?</h3>
The operation that are known to often use heaps are:
- Heapify
- Find-max (or Find-min)
- Insertion, etc.
Therefore, In the case above, the operation is not efficiently supported by heaps is Find.
See full question below
Which operation is not efficiently supported by heaps?
a. DeleteMin
b. Find
c. FindMin
d. Insert
e. all of the above are sufficiently supported
Learn more about operation from
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Answer:B
Explanation:Showing parts of a whole.