yes
Ammonia increases the pH of the solution around the flower, which can alter the structure of the pigment molecules in the flower petals. This change in structure can affect the way the pigment molecules interact with light, leading to a shift in the flower's color.
Chemicals with high pH, such as baking soda and ammonia, can also affect the color of flower petals. These chemicals can change the pH of the flower's cellular sap, causing a shift in color due to the alteration of pigment molecules.
Temperature and humidity affect the color of a flower
the time that it take for a flower to change color is 30 min.
You can do that. You can also change the color of the flower depending on the soil.
If the food dye does not change the flower's color within 24 hours and the flower remains alive, it is likely that the dye was not able to reach the petals or there was not enough time for the dye to fully permeate the flower. It is possible that the type of flower or the process of dye absorption may affect the outcome.
No, once a flower is cut, it cannot change color. The color of a flower is determined by its genetics and the presence of certain pigments in its petals. Cutting a flower only affects its hydration and lifespan, not its color.
No, you cannot change the color of an amaryllis flower while it is still in bulb form. The flower's color is determined genetically and will only become apparent once the bulb blossoms into a flower.
Yes, the color of the flower will change, it will be better to use a white flower for this experiment because its easier to tell if it changed.
No, tumor viruses do not affect flower color patterns. Tumor viruses primarily infect plants and cause abnormal cell growth, but they do not influence the pigment production that determines flower color patterns. Flower color patterns are typically determined by genetic factors and environmental conditions.
No. Colored sodas do not change the color of a white flower. Any soda can makes the flower die because sodas have acid and sugar which can make a flower die.
Besides flower color, Mendal studied seed shape, pod color, and plant height.