Answer:
there are 120 different sundaes with three toppings you can order.
Step-by-step explanation:
If the chosen toppings must be different, then that means it's a Combination where the order doesn't matter (as long as they're all different).
Equation: 10C3
Forming Equation: 10!/(10-3)!*3!=10*9*8*7!/7!*3!=10*9*8/6=720/6=120
Therefore, there are 120 different sundaes with three toppings you can order.
Answer:
$13.25
Step-by-step explanation:
5. 2^3√4n^3
9. 5x^3√3y
11. 3^4√8a^2
13. -2w^2^3√6w
15. 2y^5^4√5x^2
4. 4xy^3^3√x^2
6. 3a^2b^8√5a
8. -2xy^5^3√4x
10. 9a^3b^7c^4
12. -2x^5√3x^2
14. 6x^5y^6√2x
Because it’s an isosceles triangle, m
