The American flag flies on a black flagpole. Light from the sun hits the flag and the flagpole. How is it that you can see the blue, red, and white colors of the flag and the black of the flagpole?(1 point)
Responses
Red stripes absorb red and reflect all other light, as does the blue square with blue; white stripes and stars reflect all wavelengths; and the flagpole absorbs all wavelengths.
Red stripes absorb red and reflect all other light, as does the blue square with blue; white stripes and stars reflect all wavelengths; and the flagpole absorbs all wavelengths.
Red stripes reflect red and absorb all other light, as does the blue square with blue; white stripes and stars absorb all wavelengths; and the flagpole reflects all wavelengths.
Red stripes reflect red and absorb all other light, as does the blue square with blue; white stripes and stars absorb all wavelengths; and the flagpole reflects all wavelengths.
Red stripes absorb red and reflect all other light, as does the blue square with blue; white stripes and stars absorb all wavelengths; and the flagpole reflects all wavelengths.
Red stripes absorb red and reflect all other light, as does the blue square with blue; white stripes and stars absorb all wavelengths; and the flagpole reflects all wavelengths.
Red stripes reflect red and absorb all other light, as does the blue square with blue; white stripes and stars reflect all wavelengths; and the flagpole absorbs all wavelengths
The correct response is:
Red stripes reflect red and absorb all other light, as does the blue square with blue; white stripes and stars reflect all wavelengths; and the flagpole absorbs all wavelengths.
The correct response is: Red stripes reflect red and absorb all other light, as does the blue square with blue; white stripes and stars reflect all wavelengths; and the flagpole absorbs all wavelengths.
The correct response is: Red stripes reflect red and absorb all other light, as does the blue square with blue; white stripes and stars reflect all wavelengths; and the flagpole absorbs all wavelengths.
To understand why this is the correct answer, let's break it down:
Red stripes reflect red and absorb all other light: The red stripes on the flag have pigments that specifically absorb all colors of light except for red. This means that when white light from the sun hits these red stripes, only the red light is reflected back to our eyes, allowing us to see the red color of the stripes.
Blue square reflects blue and absorbs all other light: Similarly, the blue square on the flag has pigments that selectively absorb all colors of light except for blue. When white light hits the blue square, only the blue light is reflected, allowing us to see the blue color of the square.
White stripes and stars reflect all wavelengths: The white stripes and stars on the flag do not have pigments that selectively absorb certain colors of light. Instead, they reflect all wavelengths of light equally. This means that when white light hits the white stripes and stars, all colors of light are reflected, allowing us to see the white color of these elements.
Flagpole absorbs all wavelengths: The black flagpole does not have pigments that reflect any color of light. Instead, it absorbs all wavelengths of light that hit it. This means that when white light hits the black flagpole, all colors of light are absorbed, resulting in the black color that we see.
So, to summarize, the colors of the American flag are visible because the red stripes reflect red light, the blue square reflects blue light, the white stripes and stars reflect all colors of light, and the black flagpole absorbs all colors of light.