At the beginning of 2002, an ice cream shop claimed to have "nearly 969 different ice cream flavors." Assuming that you could ch
oose from 969different flavors, that you could have your ice cream in a cone, a cup, or a sundae, and that you could choose from a dozen different toppings, how many different desserts could you have?
In order to solve this you just have to multiply all of the options for the other, since you have three types of containers, and dozen different topings, you have 36 different combinations between topings and containers, and then you just have to multiply that by the number of flavors:
36*969=34,884
So that´s the total number of desserts that you can actually try in that ice cream shop.
4g+3(-3+4g)=1-g Distribute the 3(-3+4g) 4g-9+12g=1-g Add 4g and 12g 16g-9=1-1g Add 1g and 16g (variables always have an invisible 1 in front) 17g-9=1 Add 9 and 1 17g=10 Divide both sides by 17 and the answer is g=10/17
