Which of the following pairs of nuclei are isobars?
- A${}_{1}^{2}H$ and ${}_{1}^{3}H$
- B${}_{92}^{236}U$ and ${}_{92}^{238}U$
- C${}_{80}^{198}Hg$ and ${}_{79}^{197}Au$
- D${}_{1}^{3}H$ and ${}_{2}^{3}He$
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Similar Questions
The radius of a nucleus of mass number $64$ is $4.8 \text{ fermi}$. Then the mass number of another nucleus having radius of $4 \text{ fermi}$ is $\frac{1000}{x}$,where $x$ is . . . . . . .
DifficultJEE MAIN 2024
View SolutionAssertion: Separation of isotopes is possible because of the difference in electron numbers of isotopes.
Reason: Isotopes of an element can be separated by using a mass spectrometer.
Reason: Isotopes of an element can be separated by using a mass spectrometer.
${ }_{92}^{238} U$ and ${ }_{90}^{236} Th$ are $\qquad$ of each other.
The radius of a $_2He^4$ nucleus is $3 \, fm$. The radius of a $_{82}Pb^{206}$ nucleus will be .......... $fm$.
Medium
View SolutionHow many neutrons are more than protons in the ${ }_{92}^{235} U$ nucleus?
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