Observe the following statements:Statement-I: | vedclass

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(C) Statement-$I$ is correct because according to classical electromagnetic theory, an accelerating charged particle must emit energy. Thus, an electr

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Statement $I$ is correct, but statement $II$ is not correct

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(C) Statement-$I$ is correct because according to classical electromagnetic theory, an accelerating charged particle must emit energy. Thus, an electron revolving around the nucleus should lose energy and eventually fall into the nucleus, which Rutherford's model could not explain.Statement-$II$ is incorrect because, in the electromagnetic spectrum, the wavelength of $X$-rays ($10^{-10} \ m$ to $10^{-8} \ m$) is significantly smaller than the wavelength of microwaves ($10^{-3} \ m$ to $10^{-1} \ m$).Therefore, Statement-$I$ is correct, but Statement-$II$ is not correct.

Observe the following statements:
Statement-$I$: Rutherford model of an atom cannot explain the stability of an atom.
Statement-$II$: The wavelength of $X$-rays is higher than the wavelength of microwaves.
The correct answer is:

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Observe the following statements:Statement-$I$: Rutherford model of an atom cannot explain the stability of an atom.Statement-$II$: The wavelength of $X$-rays is higher than the wavelength of microwaves.The correct answer is: