It looks purple. in my jizzz
Under a red light, blue would appear dark or black because red light is absorbed by objects that are not red. Since blue is not a color in the red light spectrum, it cannot reflect or be seen under red light.
When you look at a blue object through a red filter, the object will appear darker and possibly black because the red filter blocks out most of the blue light. The red filter only allows red light to pass through, which results in absorbed blue light and altered color perception.
because the light is so bright it makes it look black
Absorbed. Your red ink will look black. "Red" is a long wave-length color. "Blue" is a short one. What looks red in white light is a pigment that reflects red. It won't reflect blue, so it will look dark.
Veins appear blue because of the way light interacts with the skin and the blood vessels underneath. The skin absorbs red light, making the veins appear blue. Blood is actually red, but the way light is absorbed and reflected by the skin makes veins look blue.
Veins appear blue because of the way light interacts with your skin. The skin absorbs red light, making the veins underneath look blue. The blood in your veins is actually red, but the way light is absorbed and reflected gives them a blue hue when seen through the skin.
You can't see it because a blue filter only lets blue light in, and red is made up of just red light, no blue, so none passes through (or it gets reflected, can't remember which)
The blue ball will absorb some of the red light and reflect the rest. Since red and blue are on opposite ends of the color spectrum, the blue ball will appear darker and might look purple or black under red light.
Blue objects absorb most of the red light that hits them, reflecting very little red light back to our eyes. This causes the object to appear black in red light because red light is the only color that can reveal the object's true color.
wavelengths. Red light has a longer wavelength than blue light, with red light having a wavelength around 620-750 nanometers and blue light around 450-495 nanometers. This difference in wavelength is what gives them their distinct colors.
Nothing comes through. A red light emits no blue light, and a blue filter allows only blue light to pass ... that's why when you look at it, you say to yourself "Hey! That filter looks blue. I'll call it a 'blue filter'."
When red light passes through a blue filter, it appears dark or nearly black. This is because the blue filter only allows blue light to pass through and absorbs other colors, including red. Since red light cannot be transmitted through the blue filter, it effectively gets blocked.