Green
Black. A banana appears yellow in white light, which is a strong hint
that it reflects only yellow light and absorbs light of all other colors.
the tomato would appear black.
A red tomato appears black under a green or blue filter because filters only allow specific wavelengths of light to pass through. Red tomatoes reflect red wavelengths of light, which are blocked by green and blue filters. As a result, when light is filtered through these colors, the tomato does not reflect any light that the filter permits, making it appear black.
Blue
BLUE
A red rose would appear darker and less vibrant under blue light due to the interaction between the blue light and the red pigments in the rose petals. The blue light would not enhance the red color of the rose, making it appear different from how it looks under white light.
BLACK because the apple absorbs the blue light and there would be no light to reflect.
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.
The yellow cloth would appear dark under cyan light, as cyan light absorbs yellow. It would appear brownish-gray under blue light, as blue light is the opposite of yellow on the color wheel and would cancel it out.
Green
Black
Under blue light, orange would appear to be a darker or muted color, potentially shifting towards gray or brown. This is because orange contains red and yellow wavelengths, which are not present in blue light. As a result, the blue light would not effectively reflect off the orange object, leading to its diminished visibility and altered appearance.
Blue jeans would appear darker under green light due to the way light interacts with the dye molecules in the fabric. Green light may not complement the blue hue of the jeans, potentially distorting how they are perceived.