Classification of Elements – Genesis, Mendeleev's, Modern Periodic Table
Chemistry · Grade 11 · Week 7 · 25 questions
This Grade 11 chemistry chapter on Classification of Elements introduces Genesis, Mendeleev's, and Modern Periodic Table. Clear understanding here pays off in competitive exams (JEE/NEET) where speed matters.
What you'll practise
- Identify Genesis
- Explain Mendeleev's
- Predict Modern Periodic Table
- Apply classification of elements concepts to NCERT exercise and exemplar problems
All 25 questions in this Classification of Elements – Genesis, Mendeleev's, Modern Periodic Table quiz
Grade 11 Chemistry — Classification of Elements – Genesis, Mendeleev's, Modern Periodic Table: 25 practice questions with instant scoring and explanations.
- Dobereiner's triads are based on:
- Newland's law of octaves applied to:
- Mendeleev's periodic law states properties are periodic function of:
- Modern periodic law states properties are periodic function of:
- Modern periodic law was given by:
- Moseley's work was based on:
- Number of periods in modern periodic table:
- Number of groups in modern periodic table:
- The IUPAC name for element with Z=119 is:
- Group 1 elements are called:
- Group 2 elements are called:
- Group 17 elements are called:
- Group 18 elements are called:
- d-block elements are in groups:
- f-block elements include:
- s-block contains groups:
- p-block contains groups:
- Element with Z=11 belongs to period/group:
- Element with configuration [Ar] 3d⁷ 4s² is:
- Lanthanide contraction is due to:
- Cause of periodicity in properties:
- Eka-aluminium predicted by Mendeleev was later identified as:
- Which pair has same group but different periods:
- Element in Period 4, Group 17 is:
- Transuranic elements have Z:
Question 1 of 250 correct so far