This graph shows the relationship between the current (in amperes) and resistance (in ohms) in an electrical circuit, when the voltage provided to the circuit is 240 V. The equation could be described as \frac{240}{\text{Resistance}}=\text{Current}

What happens to the current as the resistance increases?
Choices:
A:The current increases.
B:The current decreases.
Please directly answer the question and provide the correct option letter, e.g., A, B, C, D.
Question: This graph shows the relationship between the current (in amperes) and resistance (in ohms) in an electrical circuit, when the voltage provided to the circuit is 240 V. The equation could be described as \frac{240}{\text{Resistance}}=\text{Current}

What happens to the current as the resistance increases?
Choices:
A:The current increases.
B:The current decreases.
Please first conduct reasoning, and then answer the question and provide the correct option letter, e.g., A, B, C, D, at the end.
Question: This graph shows the relationship between the current (in amperes) and resistance (in ohms) in an electrical circuit, when the voltage provided to the circuit is 240 V. The equation could be described as \frac{240}{\text{Resistance}}=\text{Current}

What happens to the current as the resistance increases?
Choices:
A:The current increases.
B:The current decreases.