Electric power can be expressed as the rate at which work is done or energy is transmitted in an electric circuit. A given value of power can be generated by a value combination of current and voltage. In order to determine power of the bulb, we have to:
Step 1: Data Given
The following data is already mentioned:
- Voltage, V = 220 V
- Current, I = 0.05 A
Step 2: Finding Solution
Since the voltage and current of a bulb are already mentioned, power can be estimated via the derived formula of Power, which is:
Power = Voltage × Current
Thus,
⇒ p = 220 x 0.05p
= 22 x 0.5p
= 11 W
Therefore, the power which is required equals 11 W.
Related Questions
- In An Arrangement Of Resistances, Find Effective Resistance Between Points A and B.
- What Is Effective Resistance?
- Find The Highest And Lowest Total Resistance Of A Combination Of Four Coils With Resistances 4 Ohms, 8 Ohms, 12 Ohms, 24 Ohms.
- What is Null Voltage?
- Three Incandescent Bulbs (Each 100 W) Are Attached In Series. In Another Circuit, Three More Bulbs Of Same Wattage Are Attached Parallelly To An Equal Source.
- Two Identical Resistors With Resistances 15 Ohm Are Connected In Series And Parallel To A Battery Of 6 V. Calculate Ratio Of Power Consumed.
- For The Resistor Combination, Find The Equivalent Resistance Between M and N.
- A Circuit Consists Of A Battery Of 3 Cells (2 V Each), A Combination Of Three Resistors, 10 Ohm, 20 Ohm And 30 Ohm, Attached Parallelly, With Plug Key And Ammeter (In Series).
- X and Y, which are two resistors, with resistances of 2 Ω and 3 Ω respectively are first connected in parallel and then in series. In both cases, the voltage that is supplied is 5 V. (i) Illustrate a circuit diagram to show the combination of resistors. (ii) Calculate the amount of voltage across 3 Ω resistor in the series combination of resistors.
- Draw An Electric Circuit With A Cell, Key, Ammeter, A Resistor (Series) Of 2 Ohm With a Combination Of Two Resistors (4 Ohm Each) In Parallel And A Voltmeter Across Parallel Combination.
Do Check Out:
Comments