SOLUTION: A pizza parlor has a choice of 12 toppings for its pizzas. From these 12toppings, how many different 4-topping pizzas can be ordered? Assume that the order in which the toppings
Algebra.Com
Question 135790: A pizza parlor has a choice of 12 toppings for its pizzas. From these 12toppings, how many different 4-topping pizzas can be ordered? Assume that the order in which the toppings are listed does not matter.
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website!
12C4 = [12*11*10*9]/[1*2*3*4] = 495
-----------------------
Cheers,
Stan H.
RELATED QUESTIONS
A pizza parlor has a choice of
11
toppings for its pizzas. From these
11... (answered by greenestamps)
A pizza parlor has a choice of
12
toppings for its pizzas. From these
12... (answered by greenestamps)
Combinations
A pizza parlor has a choice of toppings for its pizzas. From these... (answered by rapaljer)
A pizza parlor has a choice of toppings for its pizzas. From these toppings, how many... (answered by Alan3354)
A pizza parlor has a choice of toppings for its pizzas. From these toppings, how many... (answered by Fombitz)
A pizza parlor has a choice of 9 toppings for its pizzas. From these 9 toppings, how... (answered by stanbon)
can someone please help me solve this? thanks
A pizza parlor has a choice of 13... (answered by stanbon)
A pizza parlor offers a choice of 12 different toppings. How many 3-topping pizzas are... (answered by ikleyn)
A restaurant has
5
pizza toppings to choose from. How many different
3
-topping... (answered by Boreal)