To meet the different climate and regions of the world.
The cheek cell has a nucleus and so does a leaf cell.
how are cells adapted? sperm cells white blood cells red blood cells pollen cells leaf cells Cells may adapt gradually through evolution or more rapidly through specialization.
No, a leaf is part of a plant. Therefore the leaf is made up of "plant" cells. So it has a cell wall.
The lysosome is the organelle most likely to be missing from the cells of a leaf. The leaf cells have membranes, a wall, and chloroplast.
Yes because they are both plant cells. The Leaf Cell has larger chloroplasts.
plastids are in cells, so whatever plastids are in cells are in the plant leaf.
The cheek cell has a nucleus and so does a leaf cell.
how are cells adapted? sperm cells white blood cells red blood cells pollen cells leaf cells Cells may adapt gradually through evolution or more rapidly through specialization.
Yes, a leaf has cells. They have A LOT of cells
No, a leaf is part of a plant. Therefore the leaf is made up of "plant" cells. So it has a cell wall.
Palisade cells are adapted for photosynthesis through their elongated shape, which maximizes exposure to sunlight for efficient light absorption. They contain many chloroplasts, where photosynthesis occurs, and are located towards the top of the leaf to receive maximum light. Additionally, palisade cells have a thin cell wall and numerous air spaces for easy diffusion of gases needed for photosynthesis.
pine
The lysosome is the organelle most likely to be missing from the cells of a leaf. The leaf cells have membranes, a wall, and chloroplast.
Packing palisade cells tightly together means that the maximum amount of light can be intercepted. If there are big gaps between the cells then more of the light hitting the leaf will just pass straight through. Tightly packed palisade cells is one way in which leaves are adapted for photosynthesis.
Yes because they are both plant cells. The Leaf Cell has larger chloroplasts.
The underside of the leaf.
Maple