239071 The shape of the orbital with the value of $l=2$ and $m=0$ is
#[Qdiff: Very Easy, QCat: Theory Based, examname: JCECE - 2009
, JCECE - 2014
, {rrrlll} Ans. (b) : $$ | $$ | $$ | $$ | |, |$1=$ | 0, | 1 | 2 | $3 $ | - Orbital is|, |---|---|---|---|---|---| double dumb-bell shaped.
, 570. The electron, identified by quantum numbers $\mathbf{n}$ and $l$, (i) $\mathrm{n}=4, l=1$ (ii) $\mathrm{n}=4, l=0$ (iii) $\mathrm{n}=3, l=$ 2 (iv) $\mathrm{n}=3, l=1$ can be placed in order of increasing energy, from the lowest to highest, as
, (a) (iv) $<$ (ii) $<$ (iii) $<$ (i)
, (b) (ii) $<$ (iv) $<$ (i) $<$ (iii)
, (c) (i) $<$ (iii) $<$ (ii) $<$ (iii)
, (d) (iii) $<$ (i) $<$ (iv) $<$ (ii)]#

239088 The electrons, identified by quantum number $n$ and $I$,
(I) $\mathrm{n}=3 ; I=2 \mathrm{n}=5 ; I=0$ (III) $\mathrm{n}=4 ; I=1$ (IV) $\mathrm{n}$ $=4 ; I=2(\mathrm{~V}) \mathrm{n}=4 ; I=0$
can be placed in order of increasing energy, as

239092 The magnetic quantum number for d-orbital is given by :

239093 Which of the following sets of quantum numbers is impossible arrangement?

239095 What is the orbital angular momentum of an electron in ' $f$ ' orbital?

239071 The shape of the orbital with the value of $l=2$ and $m=0$ is
#[Qdiff: Very Easy, QCat: Theory Based, examname: JCECE - 2009
, JCECE - 2014
, {rrrlll} Ans. (b) : $$ | $$ | $$ | $$ | |, |$1=$ | 0, | 1 | 2 | $3 $ | - Orbital is|, |---|---|---|---|---|---| double dumb-bell shaped.
, 570. The electron, identified by quantum numbers $\mathbf{n}$ and $l$, (i) $\mathrm{n}=4, l=1$ (ii) $\mathrm{n}=4, l=0$ (iii) $\mathrm{n}=3, l=$ 2 (iv) $\mathrm{n}=3, l=1$ can be placed in order of increasing energy, from the lowest to highest, as
, (a) (iv) $<$ (ii) $<$ (iii) $<$ (i)
, (b) (ii) $<$ (iv) $<$ (i) $<$ (iii)
, (c) (i) $<$ (iii) $<$ (ii) $<$ (iii)
, (d) (iii) $<$ (i) $<$ (iv) $<$ (ii)]#

239088 The electrons, identified by quantum number $n$ and $I$,
(I) $\mathrm{n}=3 ; I=2 \mathrm{n}=5 ; I=0$ (III) $\mathrm{n}=4 ; I=1$ (IV) $\mathrm{n}$ $=4 ; I=2(\mathrm{~V}) \mathrm{n}=4 ; I=0$
can be placed in order of increasing energy, as

239092 The magnetic quantum number for d-orbital is given by :

239093 Which of the following sets of quantum numbers is impossible arrangement?

239095 What is the orbital angular momentum of an electron in ' $f$ ' orbital?

239071 The shape of the orbital with the value of $l=2$ and $m=0$ is
#[Qdiff: Very Easy, QCat: Theory Based, examname: JCECE - 2009
, JCECE - 2014
, {rrrlll} Ans. (b) : $$ | $$ | $$ | $$ | |, |$1=$ | 0, | 1 | 2 | $3 $ | - Orbital is|, |---|---|---|---|---|---| double dumb-bell shaped.
, 570. The electron, identified by quantum numbers $\mathbf{n}$ and $l$, (i) $\mathrm{n}=4, l=1$ (ii) $\mathrm{n}=4, l=0$ (iii) $\mathrm{n}=3, l=$ 2 (iv) $\mathrm{n}=3, l=1$ can be placed in order of increasing energy, from the lowest to highest, as
, (a) (iv) $<$ (ii) $<$ (iii) $<$ (i)
, (b) (ii) $<$ (iv) $<$ (i) $<$ (iii)
, (c) (i) $<$ (iii) $<$ (ii) $<$ (iii)
, (d) (iii) $<$ (i) $<$ (iv) $<$ (ii)]#

239088 The electrons, identified by quantum number $n$ and $I$,
(I) $\mathrm{n}=3 ; I=2 \mathrm{n}=5 ; I=0$ (III) $\mathrm{n}=4 ; I=1$ (IV) $\mathrm{n}$ $=4 ; I=2(\mathrm{~V}) \mathrm{n}=4 ; I=0$
can be placed in order of increasing energy, as

239092 The magnetic quantum number for d-orbital is given by :

239093 Which of the following sets of quantum numbers is impossible arrangement?

239095 What is the orbital angular momentum of an electron in ' $f$ ' orbital?

239071 The shape of the orbital with the value of $l=2$ and $m=0$ is
#[Qdiff: Very Easy, QCat: Theory Based, examname: JCECE - 2009
, JCECE - 2014
, {rrrlll} Ans. (b) : $$ | $$ | $$ | $$ | |, |$1=$ | 0, | 1 | 2 | $3 $ | - Orbital is|, |---|---|---|---|---|---| double dumb-bell shaped.
, 570. The electron, identified by quantum numbers $\mathbf{n}$ and $l$, (i) $\mathrm{n}=4, l=1$ (ii) $\mathrm{n}=4, l=0$ (iii) $\mathrm{n}=3, l=$ 2 (iv) $\mathrm{n}=3, l=1$ can be placed in order of increasing energy, from the lowest to highest, as
, (a) (iv) $<$ (ii) $<$ (iii) $<$ (i)
, (b) (ii) $<$ (iv) $<$ (i) $<$ (iii)
, (c) (i) $<$ (iii) $<$ (ii) $<$ (iii)
, (d) (iii) $<$ (i) $<$ (iv) $<$ (ii)]#

239088 The electrons, identified by quantum number $n$ and $I$,
(I) $\mathrm{n}=3 ; I=2 \mathrm{n}=5 ; I=0$ (III) $\mathrm{n}=4 ; I=1$ (IV) $\mathrm{n}$ $=4 ; I=2(\mathrm{~V}) \mathrm{n}=4 ; I=0$
can be placed in order of increasing energy, as

239092 The magnetic quantum number for d-orbital is given by :

239093 Which of the following sets of quantum numbers is impossible arrangement?

239095 What is the orbital angular momentum of an electron in ' $f$ ' orbital?

239071 The shape of the orbital with the value of $l=2$ and $m=0$ is
#[Qdiff: Very Easy, QCat: Theory Based, examname: JCECE - 2009
, JCECE - 2014
, {rrrlll} Ans. (b) : $$ | $$ | $$ | $$ | |, |$1=$ | 0, | 1 | 2 | $3 $ | - Orbital is|, |---|---|---|---|---|---| double dumb-bell shaped.
, 570. The electron, identified by quantum numbers $\mathbf{n}$ and $l$, (i) $\mathrm{n}=4, l=1$ (ii) $\mathrm{n}=4, l=0$ (iii) $\mathrm{n}=3, l=$ 2 (iv) $\mathrm{n}=3, l=1$ can be placed in order of increasing energy, from the lowest to highest, as
, (a) (iv) $<$ (ii) $<$ (iii) $<$ (i)
, (b) (ii) $<$ (iv) $<$ (i) $<$ (iii)
, (c) (i) $<$ (iii) $<$ (ii) $<$ (iii)
, (d) (iii) $<$ (i) $<$ (iv) $<$ (ii)]#

239088 The electrons, identified by quantum number $n$ and $I$,
(I) $\mathrm{n}=3 ; I=2 \mathrm{n}=5 ; I=0$ (III) $\mathrm{n}=4 ; I=1$ (IV) $\mathrm{n}$ $=4 ; I=2(\mathrm{~V}) \mathrm{n}=4 ; I=0$
can be placed in order of increasing energy, as

239092 The magnetic quantum number for d-orbital is given by :

239093 Which of the following sets of quantum numbers is impossible arrangement?

239095 What is the orbital angular momentum of an electron in ' $f$ ' orbital?