How to Calculate Resistance in a Light Bulb Circuit

11 Oct 2021

What is the formula to calculate resistance in a light bulb circuit?

Given the voltage of a light bulb is 1.5 V and current running through it is 2.5A.

Answer:

The resistance of the light bulb is 0.6 ohm.

Calculating resistance in a light bulb circuit involves using Ohm's Law, which states that resistance (R) is equal to voltage (V) divided by current (I), R = V/I.

In this case, the voltage is 1.5 V and the current is 2.5 A. So, by substituting these values into the formula, we get:

R = 1.5 V / 2.5 A = 0.6 ohm

Therefore, the resistance of the light bulb in the circuit is 0.6 ohm.

← Exploring the world of chemical elements What is the ph of a solution with h3o 2 6A 10a 5 m →

› Which of the following statements is true?
› Fractional Distillation: A Guide for Separating Mixtures
› The Importance of Specific Heat in Summer Car Safety
› Suzette's Passion for Playing Drums
› The Division of Octave in Western Music
› Neoclassical Sculptures During the Time of Alexander the Great
› What is an example of personification in "Davy Crockett Saves the World"?
› Title: The Importance of Closed Syllables in English Language
› Understanding the Difference Between 'It's' and 'Its' in English Grammar
› How to Achieve a Frizz-Free or Shaggy Hairstyle with Texturizing Technique
› Promoting a Non-Judgmental Approach in Behavior Analysis
› Mysteries of the Ancient Minoan Civilization

What is the formula to calculate resistance in a light bulb circuit?

Answer:

More Posts: