Why does magnesium have a higher ionization energy than aluminium?
As long as its not treated wood its okayThe best is dried pecan woodGrowing up in the country and spending alot of time at deer campMy family has always used dried wood to barbecue and we still doIt has a different taste.better I thinkWe smoke brisket with pecan wood onlyIts wonderfulYou can also mix the two, charcoal wood to give it that little extra flavor.
Of course you can cook over an open wood fire just like the cave men and the boy scoutsBe careful that the flames aren't too high or you'll char your burgersA big log will work but it'll take a long time to become fully charredI'd use smaller sticks to start the fire than feed it with larger ones until the fire is smoldering and not all aflame and smoking.
yes, but charcoal is sort of pre-burntwood is not and will therefore take longer to attain the same temperatures charcoal wouldYou will find if you put food on at the same time you would with charcoal then it will cook more on the outside and take longer to cook on the inside because you're achieving an outer flame faster than an actual heatHamburgers will cook faster than ribs because of the fat contentRibs take longer, but will cook more evenly regardless of the fuel because the inner bone heats up and cooks the meat from the inside tooYes, you just put wood in the same place.
Certainly you can - but don't try it with great big logs and hunks of woodUse smaller pieces of wood, and no pine! Use only hardwood like oak, hickory, walnut - and wait until the flames have died down and you have a nice pile of red-hot coalsThat's when you start barbecuing over a wood fire - even though there's less smoke from coals, it'll add a nice touch to the flavor of whatever you're cooking on itIf you find your pile of coals is getting cool in one place or another, use a small garden spade to move coals around with and even out the heat.
Because aluminum has its outermost electron in the next highest energy sublevel (3p as compared to the 3s for Mg) which means that the outermost electron already is at a higher energy and requires less additional energy to remove it, hence the lower ionization energy for aluminum.
