
Several of these caught you, and the reason is flattering rather than otherwise: the wrong answers here are the explanations that circulate because they sound sensible. Metal being colder than wood is a genuinely reasonable thing to believe until someone hands you a thermometer. You have now met the actual mechanisms, and mechanisms stick better than facts do, because once you know heat flows rather than cold arriving, a dozen other puzzles quietly sort themselves out.
“I ran the everyday science check and swapped some folklore for mechanisms.”A good showing. You were solid on the ones you can see happening, such as dough rising and apples browning, and less sure where the explanation lives somewhere invisible. That is a very ordinary split. Anything involving molecules you cannot watch tends to get filed under vague plausibility. The fix is not more facts but one good picture per phenomenon, and you clearly already build those pictures when the evidence is in front of you.
“Kitchen physicist on the everyday science check, and rising nicely.”Strong work. You are not just recalling answers, you are checking whether an explanation could actually produce the effect described, which is the whole skill. Noticing that salt lowers a freezing point rather than warming anything, or that a microwave works on the water and not on the plate, means you keep cause and effect the right way round. That habit is worth more than any single fact on this page, and you clearly have it.
“Mechanism hunter: I check whether the explanation could really do the job.”Close to a full set, which is genuinely uncommon, because at least two of these items are things most people have believed wrongly since childhood. You held the line on thermal conductivity, on scattering, and on the difference between a plausible mechanism and the correct one. That combination suggests you enjoy taking ordinary objects apart in your head. Keep doing it, because the world is generously supplied with things nobody has bothered to ask about.
“Full marks territory on everyday science. The bannister was never colder.”






