|
FOURTH-LEVEL GROUPS IN THE FIRST YEAR, continued
As in the previous program for finding the populations of 2-C and 3-H at the
end of the first "year", we now calculate fourth-level groups, but from 3-I:
4-Y, 4-Z, and 4-AA
rem finds populations of 3-I, 4-Y, 4-Z, and 4-AA at the end of "year one"
rem "population" means 2-C, while I3 and Y4 refer to 3-I and 4-Y, etc
countit = 0
original = 5.10204082*10^14
rem 5.10204082*10^14 2-C per saturation cycle of 1-A
population = 0
I3 = 0
Y4 = 0
Z4 = 0
AA4 = 0
[start]
population = population + original
population = population * 1.01
I3 = I3 + (population/(1.96 * 10^14))
I3 = I3 * 1.02
Y4 = Y4 + (I3/(1.82 * 10^12))
Y4 = Y4 * 1.03
Z4 = Z4 + (I3/(1.82 * 10^12))
Z4 = Z4 * 1.02
Z4 = Z4 * .9999
AA4 = AA4 + (I3/(1.96 * 10^14))
AA4 = AA4 * 1.03
AA4 = AA4 * .9999
countit = countit + 1
IF countit = 1000 then [end]
GOTO [start]
[end]
print I3
print Y4
print Z4
print AA4
end
answers:
5.44635665*10e12 (3-I)
1844374.53 or about 1.84*10e6 4-Y
2482.83845 or about 2.48*10e3 4-Z
15788.0279 or about 1.58*10e4 4-AA
|
|
