This is a picture of a flower, inside of the flower is the Stigma and style of carpel. In this picture, the carpel is the purple part in the inside of this flower. The carpel is the female sex part of the flower. The stigma, which is the top part of the style, is where pollen germinates. And the style, which is the middle part of the carpel, is where the pollen tubes grow.

 This is a picture of corn plants. Corn is an example of a C4 plant. C4 plants grow most efficiently in hot and sunny climates, and you can see in the picture that is very sunny out, explaining why the plants look to be growing well.

This is a picture of a chicken egg. A bird egg is an example of an Amniotic egg. The animals that produce amniotic eggs are reptiles, prototherian mammals, and birds. An amniotic egg is an egg in which the embryo develops inside an amnion, which is the innermost membrane of the egg.

This is a picture of a bee on a flower. The relationship between a bee and a flower is an example of Mutualism. Mutualism is when two organisms of different species have a relationship in which both organisms benefit from each other. In this picture, the flower is helping the bee by providing food for the bees family, and the bee is helping the flower by carrying pollen from one flower to another, pollinating it.

This is a picture of a plant, which is an example of a plant that uses the Krebs cycle. The krebs cycle is a series of reactions in which most living cells, like the cells in this plant, generate energy through the process of aerobic respiration.

This is a picture of a red impatiens flower and a white impatiens flower, which are examples of Dominant and recessive phenotypes. A phenotype is the way something looks, and the red impatiens flower has either one or two dominant alleles making it have a dominant phenotype. And the white impatiens flower must have two recessive alleles, giving it a recessive phenotype.

This is a picture of various foliage, all that produce ATP. ATP is produced by plants like these through cellular respiration where glucose and oxygen are turned into carbon dioxide, water, and ATP. ATP stores and supplies plants with energy.