220
well, you can to topping 1&2, topping 2&3, topping 1&3, topping 1, 2 and 3, and you can also do all three toppings. so that's seven different types for one size pizza, and you can have all combinations in four sizes. that makes a total of 28 different pizza combinations.
14 x 13 = 182
16 i think
If I understand the question correctly, Mario can have five toppings on his pizza, and he can choose any five from a menu of eleven possible toppings, correct? Yeah, this one's easy. He has eleven different choices for the first topping, ten for the second, and so on. So, to calculate how many different combinations this is, we just multiply: 11 x 10 x 9 x 8 x 7 However, the order of 5 the toppings doesn't matter. For example, a pepperoni, sausage, green pepper, olive, and onion pizza is exactly the same as a sausage, pepperoni, onion, olive, and green pepper pizza, so you don't want to count it more than once. The number of ways you can arrange 5 toppings is 5X4X3X2X1. So the final answer is (11 X 10 X 9 X 8 X 7) / (5 X 4 X 3 X 2 X 1) = 462 This is referred to as "11 choose 5" denoted 11C5. It is the operation used to determine lottery probabilities.
32 combinations. 4 of these will have no toppings, or all three toppings, 12 will have one topping and another 12 will have 2 toppings.
5
220
well, you can to topping 1&2, topping 2&3, topping 1&3, topping 1, 2 and 3, and you can also do all three toppings. so that's seven different types for one size pizza, and you can have all combinations in four sizes. that makes a total of 28 different pizza combinations.
4
14 x 13 = 182
36
2*2*2*2 = 16, counting one with no toppings.
it is i love hunter elam
47
Yes, pizza is a compound food since it is made up of multiple ingredients such as dough, sauce, cheese, and various toppings.
three