This document contains the output of a physics simulation program solving the Schrodinger equation for the hydrogen atom. It prints various physical quantities at each iteration, including energy, momentum, position, wavelength, and shell assignments. The program iterates by decreasing the mass from 2.233429D-25 to 1E-27, printing outputs for each value.

1. 100 CLS : KEY OFF:PRINT"College Physics Serway & Faughn prob.28-9"
101 XY = -6E-27
102 FOR MO = 2.233429D-25 TO 1E-27 STEP XY
104 FOR PAUSE = 1 TO 50000! : NEXT PAUSE
105 DD = DD + 1
108 IF DD = 50 THEN END
109 Z = 2.997925E+08
110 H1 = 6.626E-34 :K1 = 1.38E-23
111 C1 = 299792557.9983391#
115 PI = 3.14152965#
120 HBAR = H1/ (2 * PI)
130 A = .00003
135 Q1= 1 / 1.602E-19
136 BB = (SQR(1-(Z^2/C1^2)))
137 M1 = (MO/(SQR(1-Z^2/C1^2)))
138 RR = MO * C1^2
139 RE = RR * Q1
140 E1 = MO* C1^2
145 P1 = (MO*Z)/(SQR(1-Z^2/C1^2 ))
146 TE = (RE )/(SQR(1-Z^2/C1^2 ))
147 L1 = H1/P1
148 F1 = E1/H1
157 DE = HBAR* (F1)
160 DT = H1/ ((4*PI)*DE)
165 X = HBAR/ (M1*Z )
175 T1 = HBAR/E1 : CLS
177 DP = C1* T1
178 DX = H1/ ((4*PI)*DP)
180 PRINT:PRINT E1"energy",T1"time"
185 PRINT P1"momentum",X "position"
190 PRINT DE" de",DT" dt"
195 PRINT DP" dp",DX " dx"
200 PRINT E1 * T1 "E * t (H/2Pi)" , DE * DT" de * dt (H/4Pi)"
210 PRINT X * P1 "X * P (H/2Pi)" , DX * DP" dx * dp (H/4Pi)"
213 W2 = H1/(MO * Z)
214 LL = H1/(MO * Z)
215 VV = HBAR/DP
216 PRINT H1/(MO * Z)"wavelength" ,E1/H1 "F."
217 FF= Q1 * E1
218 CU = XI^(1/3) * 1.2E-15 * (2 * PI)
219 PRINT E1 * ((1/1.602E-19)/1E+09) " Gev"
220 WW = .002898
221 PRINT TE " total energy ev." RE;" rest energy"
222 'PRINT XI^(1/3) * 1.2E-15" radius of electron about nucleus";CU"
Circumference"
223 PRINT M1 "rel.mass kg. " ;Z " m/s velocity" M1-MO"kg."
224 CM = ((H1 / (MO*Z))) * .707106781#:PRINT CM+W2 " Comptons wavelength 45
deg."
225 'PRINT " ao = "INT(SQR(VV / 5.29E-11))" (ao = 1) ground state = 5.29E-11
m.radius"
226 TK = (MO*C1^2/K1):PRINT TK;"Plank Temp. ";WW/LL" Temp K."
227 AO = INT(SQR(VV / 5.29E-11))
247 KE = (M1-MO) * C1^2 :PRINT KE "Kinetic energy" " mass kg. ";MO
300 IF AO = 1 THEN SH$ = "K" : EL$ = "2" : RR$ = "1S"
301 IF AO = 2 THEN SH$ = "L" : EL$ = "8" : RR$ = "2S,2P"
302 IF AO = 3 THEN SH$ = "M" : EL$ = "18" : RR$ = "3S,3P,3D"
303 IF AO = 4 THEN SH$ = "N" : EL$ = "32" : RR$ = "4S,4P,4D,4F"

2. 304 IF AO = 5 THEN SH$ = "O"
305 IF AO = 6 THEN SH$ = "P"
310 PRINT " " SH$" SHELL" " ELECTRON CAPACITY " EL$ " ORBITS "RR$
710 LET N = (E1*X ) -(T1*P1)
715 LET J = T1/N
720 LET K = -P1/ N
725 LET L = -X / N
730 LET I = E1/N
760 A = E1
761 B = T1
763 D = X
764 C = P1
765 'PRINT " DETERMINANT = ";N " Determinant / Speed of light "N/C1
800 LET E = (A*D)-(B*C)
802 LET F = D/E
804 LET G = -B/E
806 LET H = -C/E
808 LET I = A/E
822 N = A*F + B * H
824 O = C*F + D * H
826 P = A*G + B * I
828 Q = C*G + D * I
830 PRINT:PRINT " e t x -t " N , O
831 PRINT:PRINT " X = "
832 PRINT:PRINT " p x -p e " P , Q
840 PRINT " step ";DD XY " mass ";MO
850 NEXT MO