Same principles? Yes. Same ratio of ingredients? Technically yes. (it’s the same chemical reactions with the same ratios of input/output)
Though smaller things tend to be easier to light on fire. Think of how things like flour and metal dust are flammable. Steel wool is flammable. You gather small dry brush and twigs to make the foundation for a bigger fire, for crying out loud!
Though you’d be having a lot more problems with your body’s biology. Your blood wouldn’t work. Wouldn’t circulate. Your lungs would feel like you were breathing a thick liquid and also wouldn’t work. Your muscles to skeleton ratio would be all out of wack (I ‘think’ it’d go that you’d have too strong of bones, but I forget how biomechanics scale way up or way down). You’d probably freeze to death very quickly too, even if your biology ran fine.
Same principles? Yes. Same ratio of ingredients? Technically yes. (it’s the same chemical reactions with the same ratios of input/output)
Though smaller things tend to be easier to light on fire. Think of how things like flour and metal dust are flammable. Steel wool is flammable. You gather small dry brush and twigs to make the foundation for a bigger fire, for crying out loud!
Though you’d be having a lot more problems with your body’s biology. Your blood wouldn’t work. Wouldn’t circulate. Your lungs would feel like you were breathing a thick liquid and also wouldn’t work. Your muscles to skeleton ratio would be all out of wack (I ‘think’ it’d go that you’d have too strong of bones, but I forget how biomechanics scale way up or way down). You’d probably freeze to death very quickly too, even if your biology ran fine.