MCQ
Bohr’s atomic theory gave the idea of :
- AQuantum numbers
- BShape of sublevels
- CNucleus
- ✓Stationary states
✓
Answer
Correct option: D.
Stationary states
d
The Bohr's atomic theory explains about the presence of stable orbits or stationary states. This theory thus was able to overcome drawback of Rutherford's theory.
The Bohr's atomic theory explains about the presence of stable orbits or stationary states. This theory thus was able to overcome drawback of Rutherford's theory.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
Correct order of $3^{rd}$ Ionisation energy of $B,\,C,\,N$ and $O$ will be
→$4-$methyl benzene sulphonic acid reacts with sodium acetate to give
→The correct set of oxidation number of $N$ in $NH_4NO_2$ is
→The precipitate of $Ca{F_2}$$({K_{sp}} = 1.7 \times {10^{ - 10}})$ is obtained when equal volumes of the following are mixed
→Which of the statements about "Denaturation" given below are correct ?
→$(A)$ Denaturation of proteins causes loss of secondary and tertiary structures of the protein
$(B)$ Denturation leads to the conversion of double strand of $DNA$ into single strand
$(C)$ Denaturation affects primary structure which gets distorted
The nitride ion in lithium nitride is composed of
$IUPAC$ name for the compounds
→Isobutene, in the presence of $H_2SO_4$, forms a mixture of two isomeric alkene $(C_8H_{16})$. The major alkene is
→Which of the following acids adds to propene in the presence of peroxide to give anti-Markownikoff’s product
The sum of $IE_1$ and $IE_2$. $IE_3$ and $IE_4$ for elements $P$ and $Q$ are given below
→| $(IE_1 + IE_2)$ | $(IE_3 + IE_4)$ |
| $(P)$ $2.45\, KJ/mol$ | $8.82\, KJ/mol$ |
| $(Q)$ $2.85\, KJ/mol$ | $6.11\, KJ/mol$ |
then according to given information the incorrect statements is/are