Below are two tables to add additional details and provide a more visual breakdown of how the stats are being determined. The second column "Range" is the actual amount of gamma radiation being detected. "Number of Occurrences" is a tally of the number of times there's a burst of gamma within that range. The multiplier is to give weight to gamma bursts based on the amount of microsieverts (µSv). Typically, only the first column (identifying Primary or Secondary Gamma), Number of Occurrences, and Weighted Tally will be shown in chapters.
Callie
Range
Number of Occurrences
Multiplier
Weighted Tally
P1
1 - 3 µSv
6
x1
6
P2
3 - 5 µSv
3
x2
6
P3
5 - 7 µSv
4
x3
12
P4
7+ µSv
0
x4
0
S1
0.01 - 0.30 µSv
9
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÷3
3
S2
0.30 - 1.00 µSv
3
÷2
1.5
TOTAL
25
28.5
*Callie's stats here do not include the secondary gamma from Alex's trials.*
**Leo's stats are identical to Callie's, except for his is lacking one P3 and instead has one additional S2 from when Callie accidentally sent the bowling ball outside of the original experiment trials.**
Alex
Range
Number of Occurrences
Multiplier
Weighted Tally
P1
1 - 5 µSv
0
x1
0
P2
5 - 10 µSv
9
x2
18
P3
10 - 15 µSv
3
x3
9
P4
15 - 20 µSv
0
x4
0
P5
20+ µSv
0
x5
0
S1
0.01 - 0.30 µSv
0
÷3
0
S2
0.30 - 1.00 µSv
0
÷2
0
TOTAL
12
27
*Alex's ranges and levels are different since the amount of gamma he has is significantly more than Leo or Callie.*
**Alex only had the lenses to track the gamma after Leo and Callie already finished their experiment, so he has no secondary stats.**