Eating plants is generally better for the environment and more sustainable in the long run. Plant-based diets often have lower carbon footprints, use less water, and require less land compared to animal-based diets. Additionally, plant-based diets are associated with various health benefits, such as lower risk of Heart disease and certain types of cancer.
It is more efficient for people to eat plants instead of animals because plants (generally) take less time to grow and less space. Also, plants offer up the most energy to be gained since they are the base of the energy period and receive their energy directly from the sun; this also means that they are the group with the least amount of energy lost in heat.
A cow is an example of a heterotroph. It obtains its energy by consuming plants or other animals rather than producing its own energy through photosynthesis.
It is more visible to showcase the product of respiration in animals than in plants because animals typically exhale carbon dioxide, which is a byproduct of cellular respiration, whereas in plants, the oxygen released during photosynthesis can often mask the carbon dioxide that is also produced during respiration. Additionally, animals tend to exhale more carbon dioxide than plants, making it easier to observe the process.
The ability of sea anemones to move freely, capture and consume food, and react to their environment are characteristics that helped scientists definitively classify them as animals rather than plants. Additionally, sea anemones lack the cell walls, chloroplasts, and ability to photosynthesize that are characteristic of plants.
In both plants and animals, mitosis is a process of cell division that results in two identical daughter cells. However, in plants, there is no centriole formation during mitosis, while in animals, centrioles play a key role in organizing the mitotic spindle. Additionally, plant cells have a rigid cell wall that constrains the process of cytokinesis, resulting in the formation of a cell plate rather than a cleavage furrow as seen in animal cells.
True.
it is nicer to animals
Grass, Other animals accidants
Trueee!
Plants and animals have different metabolic processes, and plants use photosynthesis to convert sunlight into energy. While plants may be smaller than some animals, their energy needs depend more on factors like growth rate, environmental conditions, and reproductive strategies rather than just size.
Omnivores.
Yes plants are better than dirts
'Had better' means you need to do something, or something unpleasant will happen. "You'd better cover your plants if it gets too cold tonight." It's implied that you wouldn't want your plants to die from freezing. 'Would rather' means you have a choice. "I'd rather save my money than spend it on that."
Yes, it is cheep and more healthier to make your own compost for your plants.
Animals cells use a cell membrane rather than a cell wall. Animals have more active metabolisms than plants do, and therefore they need faster diffusion from cells to circulatory systems, than they would get with cell walls.
There are many reasons why plants can live longer than animals. One reason is that plants have thicker protective layers.
Fungi and plants are different in several ways. Plants are able to photosynthesize (with a few exceptions), have a cell wall of cellulose, have a MLS flaglellar system with multiple flagella, and have vascular tissue. Fungi are not able to photosynthesize, have a cell wall of chitin, have a single posterior flagellum, and do not have vascular tissue. Fungi are much better at exploring the soil for water and nutrients than plants (which is why most plants have a symbiosis with fungi). Animals do not have a cell wall at all. As well, animals are motile whereas most fungi are not (chytrids produce a motile spore). Animals ingest their food while fungi grow into their food. Fungi can produce lysine, and animals cannot.