Trees help maintain air quality through many processes, by photosynthesis trees exchange gases from the environment and provide a good quality of air.
During photosynthesis, trees exchange oxygen and carbon dioxide, and the organism takes oxygen and releases carbon dioxide, this is the necessity of the organism to do cellular respiration and produce energy.
Trees also reduce the effect of the greenhouse effect, by removing all the carbon dioxide from the atmosphere, when they perform photosynthesis take all the carbon dioxide to synthesize food. They also remove particulate matter from the air to improve air quality.
Therefore, trees help maintain air quality, through photosynthesis and reduce the greenhouse effect.
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Trees help maintain air quality by absorbing carbon dioxide, releasing oxygen, and filtering pollutants. They also reduce air pollution through shading, which reduces the need for air conditioning and lowers energy consumption.
Trees play a crucial role in maintaining air quality through a process called photosynthesis. During photosynthesis, trees absorb carbon dioxide from the air and release oxygen, helping to increase oxygen levels and reduce carbon dioxide levels. Additionally, trees trap and filter pollutants such as dust and smoke, improving air quality.
For example, in urban areas, trees can absorb harmful pollutants like nitrogen dioxide, carbon monoxide, and sulfur dioxide. The leaves of trees act like a filter, trapping these pollutants and preventing them from entering the atmosphere.
Furthermore, trees also help in reducing air pollution by providing shade. When trees provide shade, they help to cool the surrounding area, which reduces the need for air conditioning. As a result, there is less energy consumption and fewer greenhouse gas emissions associated with cooling buildings.
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Answer:
Cell membranes control the substances that enter or leave cells.
Explanation:
Without a cell membrane the organism will be unprotected and the homeostasis will die.
A seed is a plant organ that consists of an embryo, tissues, and a protective coating.
The ovule is defined as the structure that gives rise to the female reproductive cells and consists of three parts: the integument, its outer layer, the nucellus which is the remnant of the megasporangium, and the female gametophyte which is formed from a haploid megaspore at its center.
The ovules are found attached to the placenta in the ovary through stalk-like structures that develop into seeds after fertilization where the seeds consists of an embryo, tissues, and a protective coating.
Thus, a seed is a plant organ that consists of an embryo, tissues, and a protective coating.
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Answer:
Explanation:
1) Too much CO2 (at about 95-96%) thus not habitable by any living being since we all need oxygen.
2) Too much CO2 also gives chance for more acid rain of sulfuric acid which has tremendous effect on the environment and human health thus this is second thing that makes it harshest.
3) CO2 is greenhouse gas thus traps heat sent by Sun so it is completely inhabitable due to its distance to sun and the rays of sun being trapped which increases the atmospheric temperature.
4) There's alot volcanic eruptions on the surface making life impossible to survive/live so that's harsh. Some predict there to be 1,600 major volcanoes on Venus.
Answer:
Organism
Explanation:
Answer:
5) air temperature - corn sprouting time
6) sacks of fertilizer sold - algae growth
7) cars - pollution levels (sorry couldn't read the full problem, but you get it)
8) distance of flash light - size of illuminated area
9) number of answered questions - score of the final
10) minutes of exposure - birth defect rate
11) amount of vitamin A - weight fluctuation
12) fox population - rabbit population
Explanation:
So as the words speak for themselves, dependent variables are variables that aren't changed by outside factors unlike dependent variables which change based on an outside change. Knowing this, if you reread the problems you will be able to understand it a little bit more.