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Limestone and marble structures crumble when rea cted with acid. How will the recent incr ease in the conce ntration , of acid in rainwater affect th e rate at which limestone and marble are being worn away?

Question

Limestone and marble structures crumble
when rea cted with acid. How will the
recent incr ease in the conce ntration , of
acid in rainwater affect th e rate at which
limestone and marble are being worn
away?

Limestone and marble structures crumble when rea cted with acid. How will the recent incr ease in the conce ntration , of acid in rainwater affect th e rate at which limestone and marble are being worn away?

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VaughnMaster · Tutor for 5 years

Answer

<p> The recent increase in the concentration of acid in rainwater will increase the rate at which limestone and marble are being worn away. </p>

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<p> This question asks for a cause and effect consequence regarding acid rain and its effect on limestone and marble structures. Acid rain is when high levels of sulfur oxides or nitrogen oxides react with water, oxygen, and other substances to form various acidic compounds. Limestone and marble are calcium carbonate materials which react readily with acids, in this case, acid rain. Acid rain interacts with limestone and marble causing these structures to dissolve, often referred to as 'weathering' in geological terms. Thus as the question hypothesizes, increase in the concentration of acid in rainwater would equate to an increase in the rate at which these structures are being 'worn away' or dissolved. So in simple terms, acid rain dissolves limestone and marble; a higher concentration of acid in the rainwater, therefore, accelerates the dissolving process which in turn will increase the rate of weathering of these limestone and marble structures. This process can result to destructible effects to various buildings and monuments which are constructed using these material compositions around the world. </p>
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