JEE AdvancedChemistryStructure of AtomMCQ+3 / −1
The wave function, is a mathematical function whose value depends upon spherical polar coordinates of the electron and characterized by the quantum numbers and . Here is distance from nucleus, is colatitude and is azimuth. In the mathematical functions given in the table, is atomic number and is Bohr radius.
For the given orbital in Column 1, the only CORRECT combination for any hydrogen-like species is :
For the given orbital in Column 1, the only CORRECT combination for any hydrogen-like species is :- A(I) (ii) (S)
- B(IV) (iv) (R)
- C(II) (ii) (P)
- D(III) (iii) (P)
More from Structure of Atom
- P is the probability of finding the 1s electron of hydrogen atom in a spherical shell of infinitesimal thickness, dr, at a distance r from the nucleus. The volume of this shell is . The quantitative ketch of the dependence of P…2016 · MCQ
- Not considering the electronic spin, the degeneracy of the second excited state( n = 3) of H atom is 9, while the degeneracy of the second excited state of H– is .2015 · Numerical
- In an atom, the total number of electrons having quantum numbers n = 4, |ml| = 1 and ms = –1/2 is2014 · Numerical
- The atomic masses of He and Ne are 4 and 20 a.m.u., respectively. The value of the de Broglie wavelength of He gas at –73oC is “M” times that of the de Broglie wavelength of Ne at 727oC. M is2013 · Numerical
- The kinetic energy of an electron in the second Bohr orbit of a hydrogen atom is [ is Bohr radius]2012 · MCQ
- The maximum number of electrons that can have principal quantum number, n = 3, and spin quantum number, ms = − 1/2 , is2011 · Numerical
- The work function ( φ ) of some metals is listed below. The number of metals which will show photoelectric effect when light of 300 nm wavelength falls on the metal is Includes table2011 · Numerical
- The hydrogen like species is in a spherically symmetric state S1 with one radial node. Upon absorbing light the ion undergoes transition to a state S2. The state S2 has one radial node and its energy is equal to the ground state…2010 · MCQ