Do you know what atomic decay series are?
Yes  57%  [ 4 ]
No  42%  [ 3 ]

In Chemistry we're learning about something called atomic decay series. If you don't know what this is please find out.

Actually, a full knowledge of this field of Chemistry is not really needed. My coding problem is that I am supposed to run the first loop section until the variable P is below or equal to 83. Once that happens the second loop runs, which adds 1 to P if (M-P)/P is above 1.51.

Anyways, I'm trying to make a program for it, but it's proving to be much harder than I expected.

Code:
``` ClrHome "TLPBBIPOATRNFRRAACTHPAU NPPUAMCMBKCFES"->Str1 0->S Disp "INPUT ELEMENT","(ATOM. NUM) AND","MASS NUMBER" Input "MN: ",M Input "E: ",P ClrHome Output(4,1,M Output(6,1,P Output(5,2,sub(Str1,2(P-80)-1,2 While P>83 and ((M-P)/P)>1.51    While P>83           Output(1,1,"ALPHA DECAY       Output(2,1,"Z>83       Output(4,1,M       Output(6,1,P       Output(5,2,sub(Str1,2(P-80)-1,2       Output(5,5,"--->       Output(4,9,"4       Output(6,9,"2       Output(5,9,"A +       M-4->M       P-2->P       Output(4,13,M       Output(6,13,P       Output(5,14,sub(Str1,2(P-80)-1,2       S+1->S       Output(8,1,S       Output(8,4,"STEPS TAKEN       Pause    End    While ((M-P)/P)>1.51       If P>83          End       Output(1,1,"BETA DECAY       Fix 2       Output(2,1,(M-P)/P       Float       Output(2,6,"N::P       Output(4,1,M       Output(6,1,P       Output(5,2,sub(Str1,2(P-80)-1,2       Output(5,5,"--->       Output(4,9,"0       Output(6,9,"-1       Output(5,9,"B +       P+1->P       Output(4,13,M       Output(6,13,P       Output(5,14,sub(Str1,2(P-80)-1,2       S+1->S       Output(8,1,S       Output(8,4,"STEPS TAKEN       Pause    End End ClrHome Output(1,1,S Output(3,1,"STEPS TAKEN. Pause :ClrHome ```

I have a feeling that I shouldn't be using a while loop for the beta decay. However, I'm not sure exactly what I should do.

Since alpha decay has priority over beta decay, the loop for beta decay has to run until the proton count exceeds 83. But I can't find a way to cut the beta decay loop without stopping the entire program.

The above code works, but it runs the beta decay loop twice and then the program stops, presumably in an infinite loop.

For testing I have been using Thorium-232.

Please let me know if I can get some help.
*bump* This topic has now been sitting in my browser for over two months, which is truly ridiculous. If the original poster hasn't already solved this, any ideas for him? Silverwings, where do you think it's getting stuck?
I really have no clue. That unit in Chemistry at school is long past so I don't need to fix it anymore, but nowadays I'm trying to fix it out of pure curiosity.

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