What were the limitations of Newlands' Law of Octaves?
Answers
Hey there !!
▶ Newlands' law of Octaves :-
→ Newland found that every eighth element had properties similar to that of the first. He compared these to the octaves found in music. Therefore, he called it is the ‘ Law of Octaves’. It is known as ‘ Newlands'law of octaves ’ .
→ Law of Octaves only applicable upto calcium and after calcium every 8th did not possess properties similar to that of the first.
→ At the time of Newlands' only 56 elements were existed in nature and Newlands'assume that no more elements will be discovered the future.
→ But, later on , several new elements were discovered, whose properties did not fit into the law of octaves.
→ One important demerit of Newlands' law that he adjusted two elements in the same slot such as Cobalt and nickel [ Co and Ni ] .
→ With the discovery of noble gases the law of octaves become irrelevant.
→ Newlands'law of Octaves worked well with lighter elements only.
✔✔ Hence, it is solved ✅✅.
THANKS
#BeBrainly.
Explanation:
Hey there !!
▶ Newlands' law of Octaves :-
→ Newland found that every eighth element had properties similar to that of the first. He compared these to the octaves found in music. Therefore, he called it is the ‘ Law of Octaves’. It is known as ‘ Newlands'law of octaves ’ .
\bf \underline{ \implies Limitations \: of \: Newlands' \: law \: of \: Octaves .}
⟹LimitationsofNewlands
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lawofOctaves.
→ Law of Octaves only applicable upto calcium and after calcium every 8th did not possess properties similar to that of the first.
→ At the time of Newlands' only 56 elements were existed in nature and Newlands'assume that no more elements will be discovered the future.
→ But, later on , several new elements were discovered, whose properties did not fit into the law of octaves.
→ One important demerit of Newlands' law that he adjusted two elements in the same slot such as Cobalt and nickel [ Co and Ni ] .
→ With the discovery of noble gases the law of octaves become irrelevant.
→ Newlands'law of Octaves worked well with lighter elements only.
✔✔ Hence, it is solved ✅✅.
THANKS
#BeBrainly.