Light bulb 1 operates with a filament temperature of 2400 K, whereas light bulb 2 has a filament temperature of 1800 K. Both filaments have the same emissivity, and both bulbs radiate the same power. Find the ratio A₁/A₂ of the filament areas of the bulbs. A₁/A₂= Number i Units

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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**Problem:**

Light bulb 1 operates with a filament temperature of 2400 K, whereas light bulb 2 has a filament temperature of 1800 K. Both filaments have the same emissivity, and both bulbs radiate the same power. Find the ratio \(A_1/A_2\) of the filament areas of the bulbs.

**Input Fields:**

- **A1/A2 =** [Number input box]
- **Units:** [Dropdown for unit selection]

**Explanation:**

To solve this problem, you can use the Stefan-Boltzmann Law, which relates the power radiated by a black body to its temperature and area. For two light bulbs emitting the same power, the ratio of their areas can be determined using the temperatures given.
Transcribed Image Text:**Problem:** Light bulb 1 operates with a filament temperature of 2400 K, whereas light bulb 2 has a filament temperature of 1800 K. Both filaments have the same emissivity, and both bulbs radiate the same power. Find the ratio \(A_1/A_2\) of the filament areas of the bulbs. **Input Fields:** - **A1/A2 =** [Number input box] - **Units:** [Dropdown for unit selection] **Explanation:** To solve this problem, you can use the Stefan-Boltzmann Law, which relates the power radiated by a black body to its temperature and area. For two light bulbs emitting the same power, the ratio of their areas can be determined using the temperatures given.
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