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The correct sequence of plasticity of minerals in soil in an increasing order is
- a)Silica, Kaoliite, Illite, Montmorillonite
- b)Kaolinite, Silica, Illite, Montmorillonite
- c)Silica, Kaolinite, Montmorillonite, Illite
- d)Kaolinite, Silica, Montmorillonite, Illite
Correct answer is option 'A'. Can you explain this answer?
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The correct sequence of plasticity of minerals in soil in an increasin...
Plasticity of Minerals in Soil
Plasticity is a property of soil which determines its ability to deform without cracking or crumbling. The plasticity of soil is determined by the minerals present in it. The sequence of plasticity of minerals in soil in an increasing order is as follows:
Silica < kaolinite="" />< illite="" />< />
Explanation
Silica: Silica is a non-plastic mineral that is present in most soils. It does not contribute to the plasticity of the soil.
Kaolinite: Kaolinite is a low plasticity mineral that is commonly found in soils. It is a type of clay mineral that has a sheet-like structure. It has a low cation exchange capacity which makes it less reactive than other clay minerals.
Illite: Illite is a moderately plastic mineral that is also a type of clay mineral. It has a higher cation exchange capacity than kaolinite, which makes it more reactive. It is commonly found in soils that are rich in potassium.
Montmorillonite: Montmorillonite is a highly plastic mineral that is also a type of clay mineral. It has the highest cation exchange capacity of all clay minerals, which makes it highly reactive. It is commonly found in soils that are rich in calcium and magnesium.
Conclusion
The sequence of plasticity of minerals in soil in an increasing order is as follows: Silica < kaolinite="" />< illite="" />< montmorillonite.="" the="" plasticity="" of="" soil="" is="" determined="" by="" the="" minerals="" present="" in="" it.="" the="" highly="" plastic="" mineral,="" montmorillonite,="" is="" the="" most="" reactive="" and="" contributes="" the="" most="" to="" the="" plasticity="" of="" the="" soil.="" montmorillonite.="" the="" plasticity="" of="" soil="" is="" determined="" by="" the="" minerals="" present="" in="" it.="" the="" highly="" plastic="" mineral,="" montmorillonite,="" is="" the="" most="" reactive="" and="" contributes="" the="" most="" to="" the="" plasticity="" of="" the="" />
Plasticity is a property of soil which determines its ability to deform without cracking or crumbling. The plasticity of soil is determined by the minerals present in it. The sequence of plasticity of minerals in soil in an increasing order is as follows:
Silica < kaolinite="" />< illite="" />< />
Explanation
Silica: Silica is a non-plastic mineral that is present in most soils. It does not contribute to the plasticity of the soil.
Kaolinite: Kaolinite is a low plasticity mineral that is commonly found in soils. It is a type of clay mineral that has a sheet-like structure. It has a low cation exchange capacity which makes it less reactive than other clay minerals.
Illite: Illite is a moderately plastic mineral that is also a type of clay mineral. It has a higher cation exchange capacity than kaolinite, which makes it more reactive. It is commonly found in soils that are rich in potassium.
Montmorillonite: Montmorillonite is a highly plastic mineral that is also a type of clay mineral. It has the highest cation exchange capacity of all clay minerals, which makes it highly reactive. It is commonly found in soils that are rich in calcium and magnesium.
Conclusion
The sequence of plasticity of minerals in soil in an increasing order is as follows: Silica < kaolinite="" />< illite="" />< montmorillonite.="" the="" plasticity="" of="" soil="" is="" determined="" by="" the="" minerals="" present="" in="" it.="" the="" highly="" plastic="" mineral,="" montmorillonite,="" is="" the="" most="" reactive="" and="" contributes="" the="" most="" to="" the="" plasticity="" of="" the="" soil.="" montmorillonite.="" the="" plasticity="" of="" soil="" is="" determined="" by="" the="" minerals="" present="" in="" it.="" the="" highly="" plastic="" mineral,="" montmorillonite,="" is="" the="" most="" reactive="" and="" contributes="" the="" most="" to="" the="" plasticity="" of="" the="" />
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The correct sequence of plasticity of minerals in soil in an increasing order isa)Silica, Kaoliite, Illite, Montmorilloniteb)Kaolinite, Silica, Illite, Montmorillonitec)Silica, Kaolinite, Montmorillonite, Illited)Kaolinite, Silica, Montmorillonite, IlliteCorrect answer is option 'A'. Can you explain this answer?
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The correct sequence of plasticity of minerals in soil in an increasing order isa)Silica, Kaoliite, Illite, Montmorilloniteb)Kaolinite, Silica, Illite, Montmorillonitec)Silica, Kaolinite, Montmorillonite, Illited)Kaolinite, Silica, Montmorillonite, IlliteCorrect answer is option 'A'. Can you explain this answer? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about The correct sequence of plasticity of minerals in soil in an increasing order isa)Silica, Kaoliite, Illite, Montmorilloniteb)Kaolinite, Silica, Illite, Montmorillonitec)Silica, Kaolinite, Montmorillonite, Illited)Kaolinite, Silica, Montmorillonite, IlliteCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The correct sequence of plasticity of minerals in soil in an increasing order isa)Silica, Kaoliite, Illite, Montmorilloniteb)Kaolinite, Silica, Illite, Montmorillonitec)Silica, Kaolinite, Montmorillonite, Illited)Kaolinite, Silica, Montmorillonite, IlliteCorrect answer is option 'A'. Can you explain this answer?.
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