This is an iron buoy. Where were its atoms formed?

in a high-mass star preceding Sun
in the Sun
in the Earth's core
in the Earth's crust
Ra­dioac­tive nick­el-56 (which decays to the most common isotope of iron) is the last element to be produced before the collapse of a su­per­no­va. That is why the iron was abun­dant­ly scat­tered into space after the su­per­no­va ex­plo­sion.

Answers distribution

in a high-mass star preceding Sun
in the Sun
in the Earth's core
in the Earth's crust
answers
flagFinland
84%
0%
15%
0%
13
flagthe United Arab Emirates
65%
0%
8%
26%
23
flagCroatia
64%
7%
0%
28%
14
flagMalaysia
56%
13%
17%
13%
23
flagCanada
45%
9%
25%
17%
51
flagItaly
48%
0%
28%
24%
25
flagPakistan
43%
4%
26%
19%
41
flagAustralia
42%
7%
19%
28%
42
flagthe Philippines
41%
10%
22%
22%
48
flagthe United States
40%
8%
29%
19%
709
flagthe United Kingdom
39%
15%
23%
20%
352
flagIndia
37%
9%
35%
16%
396
flagNigeria
33%
6%
26%
33%
15
flagPoland
33%
8%
29%
28%
8015
flagRepublic of Ireland
32%
8%
40%
20%
25
flagGermany
31%
4%
40%
22%
97
flagthe Netherlands
31%
9%
40%
18%
22
flagFrance
31%
6%
37%
25%
16
flagNorway
28%
3%
28%
39%
28
flagUnknown
27%
15%
25%
32%
59

Gender

men35%
women26%
in a high-mass star preceding Sun
35%
26%
in the Sun
8%
6%
in the Earth's core
28%
35%
in the Earth's crust
27%
31%

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This is an iron buoy. Where were its atoms formed?
1857
43%

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Author: life-o-holic
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