When you see leaves turn colors in the fall you are seeing other pigments exposed by the extirpation of chlorophyll. Plants are evolved to cover as mush of the visible electromagnetic spectrum as possible, so the reds, Oranges and other fall colors expose this various colored pigmentation that is seen in the fall.
photosyntesis occurs when sunlight goes into the leaves and the leaves provide food for the plants to live. ( i really hope this helps you )
Respiration is when a living organism exhales (breaths out) to produce carbon dioxide. Photosynthesis is the process where plants get energy from the sun to produce food for them selves and other living organisims.
same as question
They are used in making wines, juices and sauces. In addition, food scientists have successfully extracted natural food colouring in a variety of rich colours from the various mulberries.
Micrasterias are unicellular organisms called desmids that obtain their nutrition through photosynthesis. They use their chloroplasts to capture sunlight and convert it into energy, similar to plants. They do not consume other organisms for food.
They are different colours.
They are colours that are produced using natural materials. Ochre is a natural earth pigment containing hydrated iron oxide. The colour can range from yellow to deep orange or brown.
natural has no added chemicals, colours etc.. artificial has, like sweetners, salts, colours etc..
food colouring
Food coloring
Indian food, Chinese & everything concerning chicken ..
All plants store food in their different parts & in different forms .For example - potato (a stem) is a form of stored food . Plants store food to have sufficient energy for their metabolism in case of shortage of food ,for example - if there is less amount of water or sunlight then plants will be unable to manufacture food with the help of photosynthesis.The amount of food stored depends upon the abiotic factors , in other words their surrounding environment . For example - Desert plants need more stored food than grassland plants .