The wave function, `psi_(n), l, m_(l)` is a mathematical function whose value depends upon spherical polar coordinates `(r,theta,phi)` of the electron and characterised by the quantum number `n,l` and `m_(l)`. Here `r` is distance from nucleus, `theta` is colatitude and `phi` is azimuth. In the mathematical functions given in the Table, `Z` is atomic number and `a_(0)` is Bohr radius.
For `He^(+)` ion, the only INCORRECT combination is
The wave function, `psi_(n), l, m_(l)` is a mathematical function whose value depends upon spherical polar coordinates `(r,theta,phi)` of the electron and characterised by the quantum number `n,l` and `m_(l)`. Here `r` is distance from nucleus, `theta` is colatitude and `phi` is azimuth. In the mathematical functions given in the Table, `Z` is atomic number and `a_(0)` is Bohr radius.
For `He^(+)` ion, the only INCORRECT combination is
For `He^(+)` ion, the only INCORRECT combination is
A
(I) (i)(S)
B
(II)(ii) (Q)
C
(I)(iii)(R)
D
(I)(i)(R)
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The correct Answer is:
C
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The wave function psi_(n,l,m) is a mathematical function whose value depends upon spherical polar coordinates (r, theta, phi) of the electron and characterized by the quantum numbers n,l and m . Here r is distance from nucleus theta is colatitude and phi is azimuth. In the mathematical functions given in the Table, Z is atomic number and a_(0) is Bohr radius. For He^(+) ion the only Incorrect combination is
The wave function psi_(n,l,m) is a mathematical function whose value depends upon spherical polar coordinates (r, theta, phi) of the electron and characterized by the quantum numbers n,l and m . Here r is distance from nucleus theta is colatitude and phi is azimuth. In the mathematical functions given in the Table, Z is atomic number and a_(0) is Bohr radius. For hydrogen atom, the only correct combination is
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The wave function, psi_(n), l, m_(l) is a mathematical function whose value depends upon spherical polar coordinates (r,theta,phi) of the electron and characterised by the quantum number n,l and m_(l) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. In the mathematical functions given in the Table, Z is atomic number and a_(0) is Bohr radius. For hydrogen atom, the only CORRECT combination is
The wave function, psi_(n), l, m_(l) is a mathematical function whose value depends upon spherical polar coordinates (r,theta,phi) of the electron and characterised by the quantum number n,l and m_(l) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. In the mathematical functions given in the Table, Z is atomic number and a_(0) is Bohr radius. For hydrogen atom, the only CORRECT combination is
A
(I ) (i)(P)
B
(I)(iv)(R)
C
(II)(i)(Q)
D
(I)(i)(S)
The wave function, psi_(n), l, m_(l) is a mathematical function whose value depends upon spherical polar coordinates (r,theta,phi) of the electron and characterised by the quantum number n,l and m_(l) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. In the mathematical functions given in the Table, Z is atomic number and a_(0) is Bohr radius. For the given orbital in Column I, the Only CORRECT combination for any hydrogen-like species is
The wave function, psi_(n), l, m_(l) is a mathematical function whose value depends upon spherical polar coordinates (r,theta,phi) of the electron and characterised by the quantum number n,l and m_(l) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. In the mathematical functions given in the Table, Z is atomic number and a_(0) is Bohr radius. For the given orbital in Column I, the Only CORRECT combination for any hydrogen-like species is
A
(II)(ii)(P)
B
(I)(ii)(S)
C
(IV)(iv)(R)
D
(III)(iii)(P)
The wave function Phi_(n,l,m_(1)) is a methematical function whose value depends upon shperical upon spherical polar coordinates (r,theta,phi) of the electron and characterized by the quantum numbers, n,l and m_(1) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. in the mathematical functions given in the table, Z is atomic number, a_(0) is Bohr radius. . Q. For He^(+) ion, the only INCORRECT combination is:
The wave function Phi_(n,l,m_(1)) is a methematical function whose value depends upon shperical upon spherical polar coordinates (r,theta,phi) of the electron and characterized by the quantum numbers, n,l and m_(1) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. in the mathematical functions given in the table, Z is atomic number, a_(0) is Bohr radius. . Q. For He^(+) ion, the only INCORRECT combination is:
A
(II) (ii) (Q)
B
(I) (i) (P)
C
(II) (i) (Q)
D
(I) (i) (S)
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The wave function Phi_(n,l,m_(1)) is a methematical function whose value depends upon shperical upon spherical polar coordinates (r,theta,phi) of the electron and characterized by the quantum numbers, n,l and m_(1) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. in the mathematical functions given in the table, Z is atomic number, a_(0) is Bohr radius. . Q. For hydrogen atom the only CORRECT combination is :
The wave function psi_(n,l,m) is a mathematical function whose value depends upon spherical polar coordinates (r, theta, phi) of the electron and characterized by the quantum numbers n,l and m . Here r is distance from nucleus theta is colatitude and phi is azimuth. In the mathematical functions given in the Table, Z is atomic number and a_(0) is Bohr radius. For the given orbital in Column 1 the only Correct combination for any hydrogen -like species is
The wave function Phi_(n,l,m_(1)) is a methematical function whose value depends upon shperical upon spherical polar coordinates (r,theta,phi) of the electron and characterized by the quantum numbers, n,l and m_(1) . Here r is distance from nucleus, theta is colatitude and phi is azimuth. in the mathematical functions given in the table, Z is atomic number, a_(0) is Bohr radius. . Q. For the given orbital in column 1, the only correct combination forany hydrogen-like species is:
Wave function psi_(n,lm_(1)) is a mathematical function, which vlaue depends on spherical polar coordinates (r , theta, phi) and titrated from quantum numbers n, l and m _(1). Here, r is distance from nucleus, theta is Colatitude and phi is azimuth. In mathematical functions which are given below table, Z is atomic number and a _(0) is Bohr Radius. Column 1 (I) 1s Orbital (II) 2s Orbital (III) 2p_(z) Orbital (IV) 3d _(z)^(2) Orbital Column 2 (i) psi_(n,l,m_(1))prop ((z)/(a _(0)))^(3/z) e ^((zr)/(a _(0))) (ii) a radial node (iii) psi_(n,l,m_(1)) prop ((Z)/(a _(0))) ^(5/z )e ^((2r))re ^(((2r)/(2a_(0))))cos theta (iv) xy-plane is node Column 3 (Q) nucleus per probability density prop (1)/(a_(0)^(3)) (R) nucleus per probability density is maximum (S) energy requires to excited a electron from level n=2 to n =4, is (27)/(32) times to energy requires to excited a electron from level n =2 to n =6 for He^(+) ion, which of the following option is incorrect ?
Wave function psi_(n,lm_(1)) is a mathematical function, which vlaue depends on spherical polar coordinates (r , theta, phi) and titrated from quantum numbers n, l and m _(1). Here, r is distance from nucleus, theta is Colatitude and phi is azimuth. In mathematical functions which are given below table, Z is atomic number and a _(0) is Bohr Radius. Column 1 (I) 1s Orbital (II) 2s Orbital (III) 2p_(z) Orbital (IV) 3d _(z)^(2) Orbital Column 2 (i) psi_(n,l,m_(1))prop ((z)/(a _(0)))^(3/z) e ^((zr)/(a _(0))) (ii) a radial node (iii) psi_(n,l,m_(1)) prop ((Z)/(a _(0))) ^(5/z )e ^((2r))re ^(((2r)/(2a_(0))))cos theta (iv) xy-plane is node Column 3 (Q) nucleus per probability density prop (1)/(a_(0)^(3)) (R) nucleus per probability density is maximum (S) energy requires to excited a electron from level n=2 to n =4, is (27)/(32) times to energy requires to excited a electron from level n =2 to n =6 Which of the following options has correct combination for hydrogen atom ?
IIT-JEE PREVIOUS YEAR (CHEMISTRY)-ATOMIC STRUCTURE-Match the Columns
- The wave function, psi(n), l, m(l) is a mathematical function whose va...
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- The wave function, psi(n), l, m(l) is a mathematical function whose va...
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- The wave function, psi(n), l, m(l) is a mathematical function whose va...
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- Match the entires in Column I with the correctly related quantum numbe...
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