Modeling a Sample of Radioactive Decay on Material Using Dice
Aim:
To model the sample of radioactivity decay on material, using dice.
Method:
To use 600 dice and roll them up to the decided throw number of 14.
This is going to be used as an example to show how the decaying of
radioactive material works.
Results:
A results table for the number of dice remaining graph:
Throw number
Number of dice remaining Average
1
84
83
90
90
79
82
84.6
2
72
75
71
75
66
74
72.2
3
61
62
59
66
57
61
61.0
4
47
54
50
56
51
52
51.7
5
34
42
44
47
43
46
42.6
6
25
36
34
46
36
41
36.3
7
18
31
30
39
27
32
29.5
8
15
26
22
30
21
26
23.3
9
13
20
20
27
19
22
20.2
10
13
16
18
24
17
18
17.7
11
11
15
17
18
16
16
15.5
12
10
11
14
15
14
12
12.7
13
8
11
12
12
8
For example, a balanced chemical equation of a certain reaction specifies that an equal number of moles of two substances A and B is required. If there are more moles of B than of A, then A is the limiting reactant because it is completely consumed when the reaction stops and there is an excess of B left over. Increasing the amount of A until there are more moles of A than of B, however, will cause B to become the limiting reactant because the complete consumption of B, not A, forces the reaction to cease. Purpose
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