send mail to support@abhimanu.com mentioning your email id and mobileno registered with us! if details not recieved
Resend Opt after 60 Sec.
By Loging in you agree to Terms of Services and Privacy Policy
Claim your free MCQ
Please specify
Sorry for the inconvenience but we’re performing some maintenance at the moment. Website can be slow during this phase..
Please verify your mobile number
Login not allowed, Please logout from existing browser
Please update your name
Subscribe to Notifications
Stay updated with the latest Current affairs and other important updates regarding video Lectures, Test Schedules, live sessions etc..
Your Free user account at abhipedia has been created.
Remember, success is a journey, not a destination. Stay motivated and keep moving forward!
Refer & Earn
Enquire Now
My Abhipedia Earning
Kindly Login to view your earning
Support
Type your modal answer and submitt for approval
Consider the following pairs with respect to Mineral Group occurring in different layers of the Earth:
Layer of Earth Minerals
1.Crust SiMa (Silica + Magnesium)
2.Mantle SiAl (Silica+ Aluminum)
3.Core NiFe (Nickel + Iron)
Which of the pairs given above is/are correctly matched?
1 and 2 only
2 and 3 only
1 and 3 only
1, 2 and 3
The given pairs regarding Mineral Groups occurring in different layers of the Earth are as follows:
Crust - SiMa (Silica + Magnesium)
Mantle - SiAl (Silica + Aluminum)
Core - NiFe (Nickel + Iron)
Among the pairs:
The pair "Crust - SiMa" (Silica + Magnesium) is a generally accurate representation. The Earth's crust consists mainly of silicate minerals, including silica and magnesium-rich minerals.
The pair "Mantle - SiAl" (Silica + Aluminum) is not an accurate representation. The Earth's mantle primarily consists of silicate minerals but is not predominantly aluminum-rich. It contains various minerals and compounds, but aluminum is not a defining characteristic.
The pair "Core - NiFe" (Nickel + Iron) is a correct representation. The Earth's core is composed mainly of nickel and iron, making it NiFe.
Therefore, only the pairs 1 and 3 are correctly matched
Report error
Access to prime resources