Which one of the following statements is inco | vedclass

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(D) The correct answer is $(D)$.$A$: Mass defect is directly related to binding energy by the equation $BE = \Delta m 	imes c^2$.$B$: Hideki Yukawa p

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Magnetic quantum number is a measure of ‘orbital angular momentum’ of the electron.

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(D) The correct answer is $(D)$.$A$: Mass defect is directly related to binding energy by the equation $BE = \Delta m 	imes c^2$.$B$: Hideki Yukawa proposed the existence of mesons in $1935$.$C$: The radius of a nucleus is typically in the range of $10^{-15} \ m$ to $10^{-14} \ m$,which is $10^{-13} \ cm$ to $10^{-12} \ cm$.$D$: The magnetic quantum number $(m_l)$ determines the orientation of the orbital in space,whereas the azimuthal quantum number $(l)$ is a measure of the orbital angular momentum of the electron.

List-$I$ (Quantum numbers)	List-$II$ (Orbital)
$A$. $n = 2, l = 1$	$I$. $3d$
$B$. $n = 4, l = 0$	$II$. $2p$
$C$. $n = 5, l = 3$	$III$. $4s$
$D$. $n = 3, l = 2$	$IV$. $5f$

Which one of the following statements is incorrect?

Similar Questions

The maximum number of electrons that can be accommodated in a $3d$ subshell is

Identify an orbital with the quantum numbers $n=4, \ell=3, m=0$.

$A$ $3p$ orbital has

Which of the following sets of quantum numbers belongs to the highest energy?

Match List-$I$ with List-$II$ :
List-$I$ (Quantum numbers) List-$II$ (Orbital)
$A$. $n = 2, l = 1$ $I$. $3d$
$B$. $n = 4, l = 0$ $II$. $2p$
$C$. $n = 5, l = 3$ $III$. $4s$
$D$. $n = 3, l = 2$ $IV$. $5f$

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