Respuesta :
If the resistor is in series with the rest of the circuit then a is the correct answer. The voltage across the resistor in series with another resistor is
[tex]V \frac{R}{R+r} [/tex]
where R is the big resistor and r is the small one and V is the total voltage drop across both. This is called a voltage divider
[tex]V \frac{R}{R+r} [/tex]
where R is the big resistor and r is the small one and V is the total voltage drop across both. This is called a voltage divider
Answer:
D. There will be a low current drop across it.
Explanation:
The current may be substantially reduced by inserting a high resistance between two points (for the sake of this example, we'll use A and B). High resistances in an electrical current tend to reduce greatly the flow of charge, and they also have large potential drops across them.