Plants and animals can provide solutions through their unique adaptations and interactions within ecosystems. For example, certain plants can be used for phytoremediation, absorbing toxins from contaminated soil and water, thereby improving environmental health. Similarly, animals like bees play a crucial role in pollination, supporting biodiversity and agricultural productivity. By studying these organisms, we can harness their abilities to address challenges in agriculture, conservation, and environmental management.
In a distilled solution an animal cell will swell and possibly burst. In a distilled solution the cell wall of the plant cell allows the plant cell to retain its shape.
There are ALOT of differences. Depending on which grade you're in. Animal Cell - small vacuole Plant Cell - large vacuole (90% of cell) Animal Cell - Cell membrane Plant Cell - Cell membrane + cell wall Animal Cell - No chloroplasts Plant Cell - Chloroplasts Animal Cell - Funky shaped (any shape) Plant Cell - Rectangular Animal Cell - Hypotonic solution = bad Plant Cell - Hypotonic solution = good
The plant cell will shrink, but its cell wall will prevent it from completely collapsing. In contrast, the animal cell will shrink and may undergo crenation due to the hypertonic solution causing water to leave the cell.
Animal cells do not have cell walls, which are found in plant cells and provide structural support. They also do not have chloroplasts, which are the organelles responsible for photosynthesis in plant cells.
it affects plant and animal life because the ash clouds cover the sun and the plants and animals die
One example of a plant that one might is a corn plant, and an animal is a chicken.A plant that a person might is a dandelion plant. An animal that a person might eat is a cow.
In a distilled solution an animal cell will swell and possibly burst. In a distilled solution the cell wall of the plant cell allows the plant cell to retain its shape.
Food and shelter.
There are ALOT of differences. Depending on which grade you're in. Animal Cell - small vacuole Plant Cell - large vacuole (90% of cell) Animal Cell - Cell membrane Plant Cell - Cell membrane + cell wall Animal Cell - No chloroplasts Plant Cell - Chloroplasts Animal Cell - Funky shaped (any shape) Plant Cell - Rectangular Animal Cell - Hypotonic solution = bad Plant Cell - Hypotonic solution = good
It will not burst when placed in a dilute solution.
To provide an animal or plant with sperm or pollen to bring about fertilisation.
forms the humus and provide nutrients to the growing plant
Typical plant cells have a tonicity that is hypotonic to their environment, meaning they have a higher solute concentration than the surrounding environment. In contrast, typical animal cells have a tonicity that is isotonic to their environment, meaning their internal and external solute concentrations are balanced.
It may or may not help your plant. It can provide things such as citric acid that will help your plant. But it does might not provide as much nutrients that water provides.
Plant cells have rigid cell walls made of cellulose that provide structural support and prevent the cell from shrinking in a hypertonic solution (like a salt solution). The cell wall maintains the cell's shape and prevents excessive water loss by osmosis. Animal cells do not have cell walls and will shrink in a hypertonic solution due to water loss.
The plant cell will shrink, but its cell wall will prevent it from completely collapsing. In contrast, the animal cell will shrink and may undergo crenation due to the hypertonic solution causing water to leave the cell.
Look where the animal died at