In the atmosphere, small particles impact both warming and cooling of the climate. In Earth's subsurface, small particles impact soil and water quality. In living systems, small particles impact organism health and viability. In catalysis and reaction engineering, small particles enhance reaction specificity and rates.
In the atmosphere, small particles impact both warming and cooling of the climate. In Earth's subsurface, small particles impact soil and water quality. In living systems, small particles impact organism health and viability. In catalysis and reaction engineering, small particles enhance reaction specificity and rates. Explanation: Thank you
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Answer:
In the atmosphere, small particles impact both warming and cooling of the climate. In Earth's subsurface, small particles impact soil and water quality. In living systems, small particles impact organism health and viability. In catalysis and reaction engineering, small particles enhance reaction specificity and rates.
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In the atmosphere, small particles impact both warming and cooling of the climate. In Earth's subsurface, small particles impact soil and water quality. In living systems, small particles impact organism health and viability. In catalysis and reaction engineering, small particles enhance reaction specificity and rates.
Explanation:
Thank you