Question
Using the exponent properties, which of the following expressions is equivalent to (V2)% 2-1? (1 point)
022
0 V2
021
02.
022
0 V2
021
02.
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To simplify the expression \((V2)^{2-1}\), we start by rewriting it:
1. \((V2)^{2-1}\) simplifies to \((V2)^{1}\).
Thus, \((V2)^{1} = V2\).
Now, let's examine the options given:
1. \(022\)
2. \(0 V2\) (which seems like a typo; you might mean \(0 \cdot V2\) or just \(V2\))
3. \(021\)
4. \(02\)
The expression simplifies to \(V2\), which suggests that the correct option would align with this simplest form of the expression rather than the other numbered forms.
If \(0 V2\) is interpreted correctly as just \(V2\) (without any unruly multiplication interpretation), then that would be the equivalent expression.
So, the equivalent expression to \((V2)^{2-1}\) is **\(0 V2\)** (if that is accepted as \(V2\)).
1. \((V2)^{2-1}\) simplifies to \((V2)^{1}\).
Thus, \((V2)^{1} = V2\).
Now, let's examine the options given:
1. \(022\)
2. \(0 V2\) (which seems like a typo; you might mean \(0 \cdot V2\) or just \(V2\))
3. \(021\)
4. \(02\)
The expression simplifies to \(V2\), which suggests that the correct option would align with this simplest form of the expression rather than the other numbered forms.
If \(0 V2\) is interpreted correctly as just \(V2\) (without any unruly multiplication interpretation), then that would be the equivalent expression.
So, the equivalent expression to \((V2)^{2-1}\) is **\(0 V2\)** (if that is accepted as \(V2\)).
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.