A "1 unit current volt" seems a bit unclear, but I'll try to clarify different possibilities.
In electrical terms, **voltage (V)** and **current (I)** are two fundamental quantities, and they are related to each other through power.
Here are a few interpretations:
### 1. **Unit of Electric Power:**
In electrical power calculations, **1 volt-ampere (VA)** is a unit of apparent power in AC (alternating current) circuits, but you might be asking about the relationship between **voltage** and **current**. Power in a DC circuit is calculated as:
\[
P = V \times I
\]
Where:
- \(P\) is power in watts (W),
- \(V\) is voltage in volts (V),
- \(I\) is current in amperes (A).
For example, if you have 1 volt and 1 ampere, the power is 1 watt (1 V × 1 A = 1 W).
### 2. **Unit Volt and Current:**
If you mean the combination of **1 unit of current** and **1 volt**, it's not a standard electrical unit, but as mentioned above, multiplying **1 volt** by **1 ampere** gives power (in watts).
Can you clarify a bit more if you're referring to something specific, like voltage or power in a circuit?