Chemistry Assignment Help with Schrodinger Wave Equation
3.14 Schrodinger Wave EquationThe behaviour of an electron inside an atom can be expressed through Schrodinger Wave Equation.
y ® wave function
m ® mass of electron
h ® Planck's constant
E ® total energy of electron.
V ® potential energy of electron.
is Laplacian Operator
is Hamiltonian Operator. It means whenever Hamiltonian operator is applied on the wave function y, we get total energy associated with the wave function, y
(1) Nodes: Probability of finding electron is zero.
Number of radial / spherical nodes = n – l – 1.
More is the number of nodes more is the energy of orbital.
(2) Nodal point: The point at which radial probability becomes zero is known as Nodal Point = n – l
(3) Nodal plane: Number of nodal plane for a subshell = l
Email Based Assignment Help in Schrodinger Wave Equation
Schrodinger Wave Equation is a topic in chemistry atomic structure. If you want assignment help homework help in Schrodinger Wave Equation, assignmenthelp.net online tutors is available for you.
To Schedule a chemistry Schrodinger Wave Equation tutoring session
To submit chemistry Schrodinger Wave Equation assignment click here
Following are some of the topics in Atomic Structure in which we provide help:
- Assignment Help
- Homework Help
- Writing Help
- Academic Writing Assistance
- Editing Services
- Plagiarism Checker Online
- Research Writing Help