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Lother Meyer's Classification & Mendeleev's Periodic Table Explained Video Lecture | Chemistry Class 11 - NEET

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FAQs on Lother Meyer's Classification & Mendeleev's Periodic Table Explained Video Lecture - Chemistry Class 11 - NEET

1. What is Lother Meyer's contribution to the development of the modern periodic table?
Ans. Lother Meyer made significant contributions to the development of the modern periodic table by independently formulating a periodic law based on the atomic volume and atomic weights of elements. His work laid the foundation for the classification of elements and their properties, which later influenced Mendeleev's periodic table.
2. How did Mendeleev's periodic table differ from Lother Meyer's classification?
Ans. While both Lother Meyer and Mendeleev contributed to the development of the periodic table, their classifications differed in some aspects. Meyer's classification was based on atomic volumes, while Mendeleev's periodic table arranged elements based on atomic weights and their chemical properties. Additionally, Mendeleev left gaps in his table for undiscovered elements, accurately predicting their properties.
3. What was the significance of Mendeleev's periodic table in the field of chemistry?
Ans. Mendeleev's periodic table revolutionized the field of chemistry by organizing elements based on their properties and atomic weights. It allowed for the prediction of properties of undiscovered elements, leading to the discovery of new elements such as gallium and germanium. The periodic table provided a systematic framework for studying and understanding the relationships between elements, laying the foundation for modern chemistry.
4. How did the historical development of the modern periodic table impact scientific research and discoveries?
Ans. The historical development of the modern periodic table had a profound impact on scientific research and discoveries. It provided a framework for understanding the relationships between elements and their properties, enabling scientists to predict the existence and properties of undiscovered elements. This led to the discovery of new elements, advancements in chemical reactions, and the development of new materials with specific properties.
5. How does the modern periodic table continue to be relevant in today's scientific research?
Ans. The modern periodic table remains an essential tool in scientific research as it helps scientists understand the behavior and properties of elements. It allows for the prediction of elements' chemical reactivity, their bonding patterns, and their atomic structure. The periodic table also serves as a basis for organizing and categorizing elements, aiding in the study of various branches of chemistry, such as inorganic chemistry and materials science.
195 videos|337 docs|190 tests

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05:45 Question 2
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