because red flower has got chemicals which reflect red light of white light
basically, Things get colour by absorbing most light and reflecting only a certain part. So if you picture a rainbow, the red flower takes in all colours but red, so that is the only one you see.
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.
When neither allele is dominant, the trait that results depends on whether there is codominance or incomplete dominance. In codominance, that traits coded for by both alleles are expressed. For example, if R codes for red and r codes for white, a flower with the genotype Rr would be white with red spots/splotches/stripes/etc. (or red with white spots) - so it is showing both traits. In incomplete dominance - a mixture of the two traits is seen. For example, if R codes for red and r codes for white, a flower with the genotype Rr would be pink (a mixture of red a white).
Assuming that white is recessive to red in this case, then the off spring would all be red but they would be heterozygous red (Rr).
No it would not. It would depend on the type of plant, but let's say say a white flower has two recessive genes and a red plant had two dominant genes, a pink flower would have a dominant and recessive gene. This would be an example of incomplete dominance because the red gene does not completely overshadow the white gene
because she wanted the flower to look like spring stuff.
White light does not alter the color of objects that it illuminates, hence, a red car would look red, in white light. White is the combination of all colors in reference to light. A Red Car is Red because it reflects the Red Wavelengths and absorbs the others.
A "white surface" is one that reflects all colors of light. That's why it looks white when a white light shines on it, and that's why you call it "white". If only red light shines on it, then it looks red.
any light that's not red or white
It would appear to be red because it can only reflect the red light.
The white object will look red because the white surface reflects all colors and since only a red light is used it will only reflect red.
red
It looks red.
Red. As the filter will only allow red light through, it, you can not see anything but reds.
A red flower viewed by green light will appear to be black.
The surface will look Red, because white reflects all colours and absorb none. If you hit a red light on, say, green then that would look black because green will absorb all the red but if it was a green light then it would look green. Every colour, except white, absorbs colours except itselves.
No it reflects the red light, thats why we see it as red