well based on my science teacher ...... he recently taught us the plant parts and photosynthesis. and there are special cells in the steam that carries nutrients to the petals of a flower or the leaves of a tree :).... hope this helped
Carnations typically absorb water at a rate of 1-2 inches per day. When food coloring is added to the water, the carnation will absorb the colored water through its stem, resulting in dyed petals in the color of the food coloring. The absorption rate may vary depending on factors such as the freshness of the flower and the concentration of the dye.
When food coloring is added to water, it is a physical change. This is because the food coloring dissolves in the water, creating a homogeneous mixture without altering the chemical composition of either the water or the food coloring. The change is reversible, as the colored water can eventually be separated back into its components through methods like evaporation.
for an example:I added food coloring to the water to make it look pink
Yes. But this occurs because salt is soluble in water, in which the coloring is dissolved. The color is retained by the salt crystals when they dry.
After 30 minutes in cold water with food coloring, celery will start to absorb the colored water through its vascular system. The food coloring will travel up the celery stalk, gradually dyeing it in the process. It creates a simple and visually appealing science experiment to demonstrate how plants absorb water.
Dyes or colorings are added to water bases.
You could add blue food coloring, or you can make the container holding the water blue.
when cold and warm air are added in the same container it causes water.
Food coloring typically disperses more effectively in water than in oil because it is water-soluble. When added to water, the dye mixes evenly, creating a vibrant color. In contrast, when added to oil, food coloring tends to remain separate and does not mix well due to the differences in polarity between water and oil.
Food coloring is made up of water-soluble molecules that are attracted to water. When food coloring is added to water, the molecules disperse evenly throughout the water. However, when food coloring is added to oil, the water-soluble molecules are not attracted to the oil and do not dissolve in it.
no
There are a couple of factors here that make it impossible to predict. In the dark, the plain water should evaporate more readily ("faster", all other conditions being equal). However, out in the sun, the food coloring may cause the water to absorb more energy from the sun's light, and therefore get hotter, which could easily negate the (probably small) colligative effects.