When you crush a flower, the mechanical action breaks down its cell walls, releasing pigments and other cellular components. Many flowers contain anthocyanins or carotenoids, which are responsible for their color. These pigments dissolve in the fluid released from the damaged cells, creating a colored solution. This process is a demonstration of how plant pigments can be extracted and observed in a simple manner.
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the pollen an the nectar
Usually the petals are the colorfal/attractive part of a flower.
An example of incomplete dominance is a red flower and a yellow flower mating to produce a flower with a blended phenotype, such as an orange flower. In incomplete dominance, the offspring exhibit a trait that is a mix of the traits from the parents, rather than one trait being completely dominant over the other. In this case, both red and yellow colors contribute to the resulting orange flower.
anther
The petals of a flower are brightly coloured to attract insects for pollination.
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When you crush a flower in a liquid, the pigments in the flower's cells are released into the liquid. These pigments are responsible for the color of the flower, and when they dissolve in the liquid, they create a colored solution. The intensity and hue of the color will depend on the specific pigments present in the flower.
a flower produce pollen sacs which has pollen grains in it
hypothesis of double coloured flowers
The iris
No.
An Iris is a flower as well as part of the eye (it is the coloured ring around your pupil).
The petals of a flower are brightly coloured to attract insects for pollination.
Well, Chinese ancient make up list: a rose scented face cream for the face and hands a crushed pearl duster to cover the skin, making it looking white and smooth a red sheet of dry for the lips, which you have to smear across the lips and finally light duster of crushed coloured flower petals for the eye shadow.
the pollen an the nectar
Flowers are made up of; Sepals Protect the unopened flower Petals May be brightly coloured to attract insects Stamens The male parts of the flower (each consists of an anther held up on a filament) Anthers Produce male sex cells (pollen grains) Stigma The top of the female part of the flower which collects pollen grains Ovary Produces the female sex cells (contained in the ovules) Nectary Produce a sugary solution called nectar, which attracts insects that in turn assist in pollenation