Question
There are four parts to this question worth one point each. You must answer all questions correctly to receive full points
1. How do Electromagnetic waves interact with the red and white stripes of an American flag?
2. How are light waves absorbed and reflected for the white stripes
3. How are light waves reflected for red stripes?
4. How would electromagnetic wave interact with a solid black object?
1. How do Electromagnetic waves interact with the red and white stripes of an American flag?
2. How are light waves absorbed and reflected for the white stripes
3. How are light waves reflected for red stripes?
4. How would electromagnetic wave interact with a solid black object?
Answers
GPT 3.5
1. Electromagnetic waves interact differently with the red and white stripes of an American flag. The red stripes absorb more light and appear darker, while the white stripes reflect more light and appear brighter.
2. Light waves are mostly reflected by the white stripes of an American flag. This is because the color white reflects all visible light wavelengths and absorbs very little light.
3. Light waves are mostly absorbed by the red stripes of an American flag. This is because the color red absorbs most wavelengths of visible light and reflects only the red wavelengths, giving the stripes their red appearance.
4. Electromagnetic waves would be mostly absorbed by a solid black object. This is because the color black absorbs all visible light wavelengths and reflects very little light.
2. Light waves are mostly reflected by the white stripes of an American flag. This is because the color white reflects all visible light wavelengths and absorbs very little light.
3. Light waves are mostly absorbed by the red stripes of an American flag. This is because the color red absorbs most wavelengths of visible light and reflects only the red wavelengths, giving the stripes their red appearance.
4. Electromagnetic waves would be mostly absorbed by a solid black object. This is because the color black absorbs all visible light wavelengths and reflects very little light.