The possible pairs of alleles that would produce the yellow-flower phenotype are FF and Ff. Since the F allele is dominant over f, having at least one F allele in the genotype will result in a yellow flower color.
in blue light a apple is black !
a flower homozygous for the red flower allele
Banana would appear as a darker shade of yellow under a yellow light due to the way light interacts with its surface texture. The yellow light would enhance the yellow tones of the banana, making it appear richer and more vibrant.
She would likely observe an increase in leaf growth or a change in flower color.
Obviously the excact same Red.
All other colours except red are absorbed.. The reason it seems red to our eyes is because only red colour is reflected back.
The plant would never flower, it needs blue light to flower but it would grow normally....
Correct. No light, no color.
A good color of flower for Mother's Day is red. You can almost never go wrong with red roses for your mother to express your love.
A flower is a characteristic for the entire family of that plant. It incorporates some traits also, such as flower color, smell and floral biology etc. Characteristics of flower help in plant identification to a greater extent.
You would get a greenish color when mixing light blue and yellow.
He would like blue flowers.
White light minus magenta light would appear cyan in color. Cyan is the complementary color to magenta, so when magenta light is subtracted from white light, the remaining color is cyan.
The possible pairs of alleles that would produce the yellow-flower phenotype are FF and Ff. Since the F allele is dominant over f, having at least one F allele in the genotype will result in a yellow flower color.
The red cloth would appear red when illuminated by red light. This is because the color of an object we see is the color of light that it reflects, and red cloth reflecting red light would retain its original red appearance.
Your eye would perceive the light as yellow because each color corresponds to a specific wavelength of light that is detected by different color receptors in your eyes.