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Can you explain the answer of this question below:
Ce3+, La3+, Pm3+ and Yb3+ have ionic radii in the increasing order as - [AIEEE-2002]
- A:La3+ < Ce3+ < Pm3+ < Yb3+
- B:Yb3+ < Pm3+ < Ce3+ < La3+
- C:La3+ = Ce3+ < Pm3+ < Yb3+
- D:Yb3+ < Pm3+ < La3+< Ce3+
The answer is B.
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Can you explain the answer of this question below:Ce3+, La3+, Pm3+and ...
Yb3+ < Pm3+< Ce3+<La3+
Due to the lanthanide contraction size of +3 ions decreases from La3+ to Lu3+
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Can you explain the answer of this question below:Ce3+, La3+, Pm3+and ...
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Can you explain the answer of this question below:Ce3+, La3+, Pm3+and ...
These elements are of same period. On moving from left to right in a period atomic radius generally decreases because Zeff increases. so correct answer is B. (
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Can you explain the answer of this question below:Ce3+, La3+, Pm3+and Yb3+have ionic radii in the increasing order as - [AIEEE-2002]A:La3+< Ce3+< Pm3+< Yb3+B:Yb3+< Pm3+< Ce3+< La3+C:La3+= Ce3+< Pm3+< Yb3+D:Yb3+< Pm3+< La3+< Ce3+The answer is B.
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Can you explain the answer of this question below:Ce3+, La3+, Pm3+and Yb3+have ionic radii in the increasing order as - [AIEEE-2002]A:La3+< Ce3+< Pm3+< Yb3+B:Yb3+< Pm3+< Ce3+< La3+C:La3+= Ce3+< Pm3+< Yb3+D:Yb3+< Pm3+< La3+< Ce3+The answer is B. for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about Can you explain the answer of this question below:Ce3+, La3+, Pm3+and Yb3+have ionic radii in the increasing order as - [AIEEE-2002]A:La3+< Ce3+< Pm3+< Yb3+B:Yb3+< Pm3+< Ce3+< La3+C:La3+= Ce3+< Pm3+< Yb3+D:Yb3+< Pm3+< La3+< Ce3+The answer is B. covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Can you explain the answer of this question below:Ce3+, La3+, Pm3+and Yb3+have ionic radii in the increasing order as - [AIEEE-2002]A:La3+< Ce3+< Pm3+< Yb3+B:Yb3+< Pm3+< Ce3+< La3+C:La3+= Ce3+< Pm3+< Yb3+D:Yb3+< Pm3+< La3+< Ce3+The answer is B..
Can you explain the answer of this question below:Ce3+, La3+, Pm3+and Yb3+have ionic radii in the increasing order as - [AIEEE-2002]A:La3+< Ce3+< Pm3+< Yb3+B:Yb3+< Pm3+< Ce3+< La3+C:La3+= Ce3+< Pm3+< Yb3+D:Yb3+< Pm3+< La3+< Ce3+The answer is B. for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about Can you explain the answer of this question below:Ce3+, La3+, Pm3+and Yb3+have ionic radii in the increasing order as - [AIEEE-2002]A:La3+< Ce3+< Pm3+< Yb3+B:Yb3+< Pm3+< Ce3+< La3+C:La3+= Ce3+< Pm3+< Yb3+D:Yb3+< Pm3+< La3+< Ce3+The answer is B. covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Can you explain the answer of this question below:Ce3+, La3+, Pm3+and Yb3+have ionic radii in the increasing order as - [AIEEE-2002]A:La3+< Ce3+< Pm3+< Yb3+B:Yb3+< Pm3+< Ce3+< La3+C:La3+= Ce3+< Pm3+< Yb3+D:Yb3+< Pm3+< La3+< Ce3+The answer is B..
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