by the distributive system
Tendrils or twining stems help the plant climb up a wooden pole to reach more sunlight. These structures allow the plant to grasp onto surfaces for support as it grows vertically.
I can start work on that question as soon as you show me the diagram.
It is to protect the plant from any unwanted substances. It will only allow a few things to pass through that it needs. It's like our skin.
plant structures that have amylase
Pneumatophores, or aerial roots, are specialized structures that allow mangroves to acquire oxygen in waterlogged, anaerobic soils. These roots extend above the waterline, facilitating gas exchange between the plant and the atmosphere.
Seed develops on a plant to allow that plant to reproduce itself.
Seed develops on a plant to allow that plant to reproduce itself.
The function is to allow CO2 and O2 to diffuse to and from all cells.
The main function of the structures in a plant is to generally help in the growth of the plants. The main parts are the leaves, stem and roots. The leaves help in production of food, the stem stores the food while the roots hold the plant steady while feeding on essential nutrients from the soil.
Plants store water in their structures primarily in their vacuoles, which are specialized compartments within plant cells. These vacuoles help regulate the water content of the plant and maintain its overall structure and function.
gfdhgt roots to anchor the plant and take up nutrients stem to hold the foliage up and transfer the nutrients. Foliage to allow the plant to absorb sunlight to turn the nutrients into food for the plant and flowers to allow the plant to be pollinated to produce seed or fruit.
Plant structures such as leaves contain chloroplasts where photosynthesis takes place. The function of leaves is to facilitate photosynthesis by capturing sunlight and exchanging gases with the environment. Photosynthesis enables plants to produce glucose, which is used for energy and growth, linking plant structures to their ability to perform this vital process.
Centrioles are a structure found in animal cells that are not present in plant cells. These structures are involved in organizing the spindle fibers during cell division. Plant cells have structures called centrosomes that function similarly to centrioles in animal cells.
The intercellular connections in plant cells are called plasmodesmata. These structures allow for the exchange of water, nutrients, and signaling molecules between adjacent plant cells.
Cell walls are strong plant structures made of cellulose. They provide structural support and protection to plant cells, allowing them to maintain their shape and withstand mechanical stress. Cell walls are essential for the overall integrity and function of plant cells.
Tendrils or twining stems help the plant climb up a wooden pole to reach more sunlight. These structures allow the plant to grasp onto surfaces for support as it grows vertically.
The stomata are pores on the bottom side of leaves that allow transpiration. When the plant does not recieve enogh moisture they close and the plant wilts.