Show that the Hydrogenic Wavefunctions in Table 11.2 obey the Schrodinger Equation TABLE 11.2 Hydrogenic Wavefunctions*nm,3/21p(1s) :1-ZrlaoeV\ao.3/214 (2s)Zr2-Zr/2aoe%3D-4V2\ao.do5/21-Zr/2ao21Y(2p;)(z) e4V2\ao.Z 5/2(х) е Zr/2a1Y(2px)4V27\4o.21土1Z 5/2(y) e¯Zr/2aoV(2p,)4V27 \do.= r cos 0ao =Bohr radius0.529 Å= 0.529×1010 mme?x = r sin 0 cos oy = r sin 0 sin &12 = x? + y? + z?Note that the wavefunctions are separable, such that ¼(r,0,4) = g(r)h(0,4).Z= charge on nucleus%3D||||

Name: Show that the Hydrogenic Wavefunctions in Table 11.2 obey the Schrodin
Uploaded: 2024-03-20T06:38:44.000Z
Channel: Bartleby
Description: Show that the Hydrogenic Wavefunctions in Table 11.2 obey the Schrodinger Equation TABLE 11.2 Hydrogenic Wavefunctions*nm,3/21p(1s) :1-ZrlaoeV\ao.3/214 (2s)Zr2-Zr/2aoe%3D-4V2\ao.do5/21-Zr/2ao21Y(2p;)(z) e4V2\ao.Z 5/2(х) е Zr/2a1Y(2px)4V27\4o.21土1Z 5/

Atom is the smallest element that is the bound state of electron and proton. Here we study the…

Answered: Wavefunctions 3/2 1 (1s) = ,-Zrlao do…

Math

Advanced Math

Wavefunctions 3/2 1 (1s) = ,-Zrlao do 3/2 1 4 (2s) 2 4V27 \do.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter6: The Trigonometric Functions

Section6.4: Values Of The Trigonometric Functions

Problem 23E

See similar textbooks

Similar questions

Find the solution of the wave equation when initial velocity equal to 0 and initial deflection is (2kx/l) when x between zero and (1/2) and deflection equal to (2k(l-x)/I) when x between (1/2) and (I) the P.D.E. is * c2 dx²
FCx): 2x-5xナ3 find f'co).
1. dy = COSX %3D cotytanx COsy dr
find dy/dx 4x- "+* 4х - х 2x -1 23) y= Sin + 2x.Sec) 2 4 +x.Sec (ans.: 2 2-x 2 (2–x)\(2– x)² – x* | 24)
Q.3) Prove that L-1 L-'( =(coshat sinat + sinhat cosat) %3D s4+4a+ 2a
iv) z1 = el61 ,z2 = el®2 then z,.Z, = ei(01-02) .
4G ப 02:08 0 C Vo) 0.00 4G LTE KB/s 29 Differentiate the following. 11 y cosee (secx') 43 ()
Find the solution of the wave equation when initial velocity equal to O and initial deflection is (2kx/l) when x between zero and (1/2) and deflection equal to (2k(l- x)/I) when x between (1/2) and (1) the P.D.E. is * dt? dx²
If we let u 4x-1 for the (2an(4x-1)-3 ros"(4x-1) dx, what will be the resulting integrand? cos(4x-1) 4 [(2 tan u seceu -3 cos u) du u sec u- 3 cos u) du j2 sin u sec2 u-3 cos u sec u) du-
dv 4+ ecos(sin-{w)
1 of 1 جامعة التقنية والعلومر التطبيقية باإراء University of Technology and Applied Sciences - Ibra CALCULUS II Work sheet 1 Chapter 1 x+4 1. Find dx. (x-2Xx+5X2x-1)“ 2. Find cosec²(h x) dx. xI+cot(h x) 3. Evaluate x'e%dx. dx 4. Evaluate cos' x (tan x+1) Chapter 2 1. Find the area enclosed between the curves y =x' and y =x. 2. Find the area enclosed between the curves y = x +2x+11 and y = -4x +2. 3. Find the volume of the solid generated by revolving the curve y = 5V between x =0 and x= 4 about the x-axis. 4. Find the length of the curve y=h(sin x) from x=0 to x=
Determine the coefficient of a in (1- 5a°)° by completing the following given steps. ()(1)-"(2)" = (!)(-1»"31"al4r.