Rose
No, red dye does not make a flower turn red. Flowers get their color from pigments produced naturally in their petals. Adding red dye to the water they are placed in may cause the petals to absorb the dye, resulting in a temporary change in color.
Osmosis. Osmosis is the diffusion of water. The plant sucks up the water that was died red and it is brought all the way to the petals through the xylem tubes by osmosis. Celery does that too. Most plants do.
A red flower looks red because it absorbs all colors of light in the visible spectrum except red, which it reflects. When white light, which contains all colors, hits the flower, the red part of the light spectrum is reflected off the flower and that is what we see as the color red.
The genotype would depend on the genetic makeup of the red and blue flowers. If red is represented by 'RR' and blue is represented by 'bb', the offspring would all be Rr (heterozygous) for the flower color gene.
A blood stem cell is a multipotent stem cell, as it can differentiate into various types of blood cells such as red blood cells, white blood cells, and platelets. However, it is limited to producing cells within the blood cell lineages.
A red flower with a thorny stem may be a rose. Homophones for rose are rows and roes.
The homophone for "lines opposite of columns" is "rows", and the red flower with a thorny stem is a "rose".
RowsRose
rows, rose
Put red food coloring into the water to make the flowers turn pink.
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Redsmooth/softgrow in a garden
No, red dye does not make a flower turn red. Flowers get their color from pigments produced naturally in their petals. Adding red dye to the water they are placed in may cause the petals to absorb the dye, resulting in a temporary change in color.
# It is called the Lily of the Wetlands.
Since most pollen is yellow any plant with a red flower would fit the description
As flowers absorb water through their stems, if you cut a flower's stem and place it in colored water, the petals of the flower will change color. It will take several hours for the color to be absorbed, but you will be left with a flower bearing petals the same color as the dyed water.
Maria's observation suggests that the red color from the water is being absorbed and transported through the flower's stem. Her hypothesis is that the stem acts as a conduit for the colored water, allowing the pigment to reach the petals. To test her hypothesis, she could conduct an experiment by watering different flowers with colored water and observing any changes in their petal colors. This would help her determine if the stem is indeed responsible for the color change.