Leafs are flat parts of plants, which grow from stem, twig, branch, etc. They make food for the plant through a process named photosynthesis, by taking CO2 and releasing O2 to the atmosphere. You can study its structure by two ways, seeing its external parts and its internal structure (also its cells).
Externally: apex (or leaf point), upper epidermis) which protect the cells), margin (the outer edge), veins (they carry water, minerals and food to the plan), lower epidermis (covered by small holes known as stomata), midrib and the petiole (or stem).
Internally: cutin (a waxy surface), upper epidermis, palisade cell, chloroplast (contains chlorophyll for the photosynthesis), air space, spongy mesophyll cell (were the respiration takes place), lower epidermis, stoma (opens to allow gases in and out)
The internal structure of a typical leaf include the cuticle and the upper epidermis. There are also the mesophyll as well as the lower epidermis.
cuticle : a waxy layer that covers a leaf
epidermis : single layer under the cuticle
The leaf like structure on a plant is called the imaculus.
The structure of a leaf is skeletal
Because the leaf structure do not have the ability to store the starch molecules
They are the stomata.
frame
The structure the fruit is made from is the blossom
stomata
The structure of a leaf is skeletal
the leaf like structure of a seed is embryo
Because the leaf structure do not have the ability to store the starch molecules
draw internal leaf
The cuticular and the stomatal level of the leaf structure affects foliar fertilization.
They are the stomata.
frame
The leaf would have the most chloroplasts because it is the major structure for photosynthesis in a plant.
leaf, I think :)
It's the Stomas
Because the leaf structure do not have the ability to store the starch molecules
The structure the fruit is made from is the blossom