# Frogger

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1. ## Father time.

What is the human form? Should I be able to remember my conception (the human form), would I be able to change form by thinking of that moment and, for example, deciding to become "an alien." Would have to wait for my conception to reach the moment I made that decision? : 0-------->1-------->2 ---------->0-------->1 Would a woman be able to become pregnant by thinking of her conception, and deciding that she was so???
2. ## Dna code?

To alter my dna so I may change form (!). However should I alter my conception dna, NOW, must I wait until my conception reaches this moment, and would my conception ever reach the moment without the end of time? 0---------->1----------->2 ------------>0----------->1
3. ## How long?

Is God the first time-traveller?
4. ## Dna code?

Dim I$(0), Bases$(1 to 4) Bases$(1)="T" Bases$(2)="C" Bases$(3)="A" Bases$(4)="G" For base1=1 to 4 For base2=1 to 4 For base3=1 to 4 I$(0)=Bases$(base1) + Bases$(base2) + Bases$(base3) Next base3 Next base2 Next base1 The above is a correction.
5. ## How long?

Is, "forever" until the end of time and is it guaranteed?
6. ## Dna code?

Correction: it should be T, C, A and G. https://images.app.goo.gl/6LdhRnMZhYbphaiU9
7. ## Dna code?

https://images.app.goo.gl/NTEDUvnmRQFjqRzX7 These are every possible genetic code possible. To alter your genetic code, should you run this program, but wait until your genetic code meets you? ------>--------> Dim I$(1 to 64), Bases$(1 to 4) Bases$(1)="T" Bases$(2)="C" Bases$(3)="A" Bases$(4)="G" For base1=1 to 4 For base2=1 to 4 For base3=1 to 4 n=n+1 I$(n)=Bases$(base1) + Bases$(base2) +Bases$(base3) Next base3 Next base2 Next base1 The above program runs through every possible genetic code (!) however should you wait until your genetic code catches you?
8. ## Would any of the following produce artificial intelligence?

Dim I(1 to 24) For a=1 to 10 For b=1 to 10 For c=1 to 10 For d=1 to 10 For e=1 to 10 I(1)=((((a+b)×c)-d)÷e) I(2)=((((a+b)×c)÷d)-e) I(3)=((((a+b)-c)×d)÷e) I(4)=((((a+b)-c)÷d)×e) I(5)=((((a+b)÷c)×d)-e) I(6)=((((a+b)÷c)-d)×e) I(7)=((((a×b)+c)-d)÷e) I(8)=((((a×b)+c)÷d)-e) I(9)=((((a×b)-c)+d)÷e) I(10)=((((a×b)-c)÷d)+e) I(11)=((((a×b)÷c)+d)-e) I(12)=((((a×b)÷c)-d)+e) I(13)=((((a-b)+c)×d)÷e) I(14)=((((a-b)+c)÷c)×e) I(15)=((((a-b)×c)+d)÷e) I(16)=((((a-b)×c)÷d)+e) I(17)=((((a-b)÷c)+d)×e) I(18)=((((a-b)÷c)×d)+e) I(19)=((((a÷b)+c)×d)-e) I(20)=((((a÷b)+c)-d)×e) I(21)=((((a÷b)×c)+d)-e) I(22)=((((a÷b)×c)-d)+e) I(23)=((((a÷b)-c)+d)×e) I(24)=((((a÷b)-c)×d)+e) Next e Next d Next c Next b Next a

Fuck off!

0+1=1 1+1=11 1+1+1=111 111-1=11 111-11=1 111-111=0 0÷0=1 1÷1=1 11÷11=1 111÷111=1 Question: 1+11=?+?+?=?-1111=?÷?=?
11. ## Question?

1×1=?+1=?÷1=?-1=? 2×1=?-1=? 1×1=? 1-1=?×1=? 1-?=?

Dim I(1 to 24) For n=1 to 10 I(1)=((2n)-1) I(2)=n I(3)=n I(4)=n I(5)=n I(6)=(n-(n×(n-1))) I(7)=n I(8)=1 I(9)=n I(10)=((2n)-1) I(11)=n I(12)=n I(13)=n I(14)=n I(15)=1 I(16)=n I(17)=(n×n) I(18)=n I(19)=(n×n) I(20)=n I(21)=n I(22)=n I(23)=n I(24)=(n-(n×(n-1))) Next n
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