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Which Of The Following Is Valid For How Rocks Weather?

Which Of The Following Is Valid For How Rocks Weather?. B) limestone weathers rapidly in wet climates but can form cliffs in dry ones. • the type of rock (gneiss and granite are more resistant than mudstone and basalt) • the climate (humid climates weather minerals faster than dry climates) • the time of exposure (longer time results in more weathering.

draw a neat diagram showing the rock cycle and explain it. Brainly.in
draw a neat diagram showing the rock cycle and explain it. Brainly.in from brainly.in

Rocks that are broken have more surface area and so weather faster. C) as a granite weathers, quartz rapidly decomposes into clay minerals. Rocks of different compositions weather at different rates b.

Chemical Reactions Are Faster At Higher Temperatures.


This is the most important factor affecting weathering of rocks. As a granite weathers, quartz rapidly decomposes into clay minerals The presence of soil slows down the weathering of the underlying bedrock d.

Chemical Weathering Is The Basic Process By Which Denudation Proceeds.


Which of the following is valid for how rocks weather. Rainfall and temperature can affect the rate in which rocks weather. C) as a granite weathers, quartz rapidly decomposes into clay minerals.

This Article Throws Light Upon The Two Types Of Weathering Of Rocks.


Heat and heavy rainfall increase the rate of chemical weatheringc. A) quartz is very soluble during weathering at low temperatures. Which of the following factors can lead to rock falls.

Weathering Describes The Breaking Down Or Dissolving Of Rocks And Minerals On The Surface Of The Earth.


Which of the following is valid for how rocks weather. Chemical weathering increases as:temperature increases. Quartz is very soluble during weathering at low temperatures.

Carbon Dioxide And Chemical Weathering.


Skc in the valid period indicates no significant weather and sky clear. The extent of weathering is dependent on the average atmospheric condition prevailing in a region over a long period of time. Rocks weather at different rates and the amount of weathering depends on several variables:

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