Krillion Recorded answers
66 recorded answers
How to approach it
Work from the chart of elements outward instead of trying to recall a biology lesson. First fix the rule: the question wants a single named element, so anything that is a compound, a mineral or a molecule is out. Then let your mind run through the chart in blocks, pausing on entries you can plausibly connect to living tissue, whether they are bulk components or contaminants picked up from water, air and diet. Abundance is not the criterion, presence is, so a candidate that appears only in traces deserves the same consideration as an obvious one. Once you have three or four candidates, pick the least predictable of them, because rarity of the guess, not biological importance, is what the scoring rewards.
Get a hint
Start from the chart of elements rather than from biology: the body draws on a limited set of entries there, and a single one is enough to answer.
A little more
Rank candidates by how much of them the body holds; a few entries carry most of the mass, while many others turn up only in minute traces, and both ends of that spread are valid.
One step further
Before settling on the most obvious structural ingredient, scan the obscure corners of the chart, since the unusual picks are the ones that earn the biggest scores.
Reveal answers 66
- RubidiumOne in a Krillion100points
- AntimonyDeep Cut85points
- ArgonDeep Cut85points
- BariumDeep Cut85points
- BerylliumDeep Cut85points
- BismuthDeep Cut85points
- BoronDeep Cut85points
- BromineDeep Cut85points
- CadmiumDeep Cut85points
- CeriumDeep Cut85points
- CesiumDeep Cut85points
- GalliumDeep Cut85points
- GermaniumDeep Cut85points
- IndiumDeep Cut85points
- KryptonDeep Cut85points
- LanthanumDeep Cut85points
- MolybdenumDeep Cut85points
- NiobiumDeep Cut85points
- PoloniumDeep Cut85points
- RadiumDeep Cut85points
- RutheniumDeep Cut85points
- SamariumDeep Cut85points
- ScandiumDeep Cut85points
- StrontiumDeep Cut85points
- TantalumDeep Cut85points
- TelluriumDeep Cut85points
- ThalliumDeep Cut85points
- ThoriumDeep Cut85points
- TungstenDeep Cut85points
- VanadiumDeep Cut85points
- YttriumDeep Cut85points
- ZirconiumDeep Cut85points
- AluminumRare60points
- ArsenicRare60points
- ChlorineRare60points
- ChromiumRare60points
- CobaltRare60points
- CopperRare60points
- FluorineRare60points
- GoldRare60points
- HeliumRare60points
- IodineRare60points
- LeadRare60points
- LithiumRare60points
- ManganeseRare60points
- MercuryRare60points
- NeonRare60points
- NickelRare60points
- PhosphorusRare60points
- SeleniumRare60points
Why these answers count
Scoring here tracks surprise rather than scientific weight. The single answer that reached the top of the scale was Rubidium at 100 points, an element most people would never list as a body component, yet it does occur in tissue in small amounts. Beneath it sits a long bench of entries at 85 points, the likes of Antimony, Tungsten, Tellurium and Samarium, all of them recognisably exotic to a general audience and therefore worth more. At 60 points the reveal groups the familiar names: Aluminum, Copper, Zinc, Sulfur, Silicon and Phosphorus, the staples of school syllabuses and nutrition labels. Those are correct answers and they count, but they were the ones a crowd reaches for first, so the scoring treats them as the safe floor. Nothing in the reveal suggests the low-scoring picks are wrong; the spread simply reflects how many people would have thought of them. If you want maximum value, the lesson is to reach past the textbook list and offer something a room full of strangers would not.