Three bull-whip cracking archaeologists named Alex, Billy and Chris have joined forces to steal 12 unique...
Three bull-whip cracking archaeologists named Alex, Billy and Chris have joined forces to steal 12 unique treasures. Now they deciding how to divide up the loot are In how many different ways can the archaeologists distribute the 12 treasures amongst themselves, with the restriction that each archaeologist gets at least one treasure! Explain your answer. Your answer may include factorials, exponentials and combinatorial notation such as 100 if you wish. You are not required to work out the final value (it is very large!) 23 (Hint: which some archaeologist gets none of the treasures - be careful!) approach is to compute all possible distributions, then remove the ones in one
Three bull-whip cracking archaeologists named Alex, Billy and Chris have joined forces to steal 12 unique treasures. Now they deciding how to divide up the loot are In how many different ways can the archaeologists distribute the 12 treasures amongst themselves, with the restriction that each archaeologist gets at least one treasure! Explain your answer. Your answer may include factorials, exponentials and combinatorial notation such as 100 if you wish. You are not required to work out the final value (it is very large!) 23 (Hint: which some archaeologist gets none of the treasures - be careful!) approach is to compute all possible distributions, then remove the ones in one