Answer: Yes.
Carbondioxide affects changes in temperature because carbondioxide in the air absorb infrared radiation. When concentration of carbondioxide is high or low, absorption band become effective and alot of infared radiation is absorbed. Carbondioxide blankets prevent infared Ray's from escaping into space, the absorbed ones warm up the atmosphere. As carbondioxide is use for photosynthesis, the content of carbondioxide changes in the atmosphere which intend shift the radiation balance i.e carbondioxide may not be able to absorb more infared radiation which can lead to increase or decrease of Earth's temperature.
Explanation:
Carbondioxide can affect the global temperature. Carbondioxide absorb infared radiation and this have effect on global temperature.
Answer:
Explanation:
Brucellosis spreads from infected animals with the disease, or from any unpasteurized milk from cows who may have the disease. It is a very rare disease in the United States. Brucellosis can also be called Bangs.
The answer is Option B. Bangs. Best of Luck!
Answer:
Gases in the atmosphere, such as carbon dioxide, trap heat similar to the glass roof of a greenhouse. These heat-trapping gases are called greenhouse gases
Explanation:
<em>Because sometimes building these facilities is expensive and they usually have to be built in remote areas and burning fossil fuels has also been cheaper than using renewable energy in the past. Another issue is that the form of energy isn't available all the time.</em>
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Yeast fermentation produces ethanol and carbon dioxide.
- Fermentation is an anaerobic pathway that breaks down glucose in absence of oxygen.
- Conversely, cellular respiration requires oxygen to break down glucose molecules.
- Fermentation is energetically less efficient than cellular respiration in terms of the generation of energy (ATP).
In conclusion, yeast fermentation produces ethanol and carbon dioxide.
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