You can put this solution on YOUR website! Man, I have become so good at associative, distributive, and commutative properties, you would not believe
Isolate V2 in this formula:
You know, variables are like people in that they can choose to mingle with other variables such as their significant others here, V1 and f, or they can isolate themselves on one side of the equation there like f and be all special. I am telling it to you straight
I think V2 has to get all by itself on the left side there like f is now
You can see how V2 is starting to separate itself from V1 there. This is just the Distributive Law where I can multiply 2.05 by V1 and V2 both at once or separately. And I can multiply 3.05 by V2 and V1 both at once or separately.
Now you can see the V2 terms spot each other and mingle close together and join up with the Distributive Law again applying so V2 times two different numbers then added is the two numbers added times V2
The same thing has happened to V1 but we really want to focus on V2 here since he or she is definitely the hero of this problem solution.
There I juust switched the equation around and then added the same V term to both sides of it to keep it balanced. The middle step was this actually: before adding 5.05 V1 to both sides.
The only step left is to peel the number 5.05 away from the V2 so it can be solitary like a diamond or like greta garbo who really was a diamond in her own gemlike, unalterable, solitary way. This is done by division since division is the inverse of multiplication. You divide both sides by 5.05
In the answer I have put parentheses around the fraction to make sure that the division is done first and after the division is done for f and the number 5.05 then after that the V1 is added to the answer of the division.
That's the answer.
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