Use the discriminant to determine if the following quadratic equations have

complex or real solution(s). If an equation has real solution(s), determine the

solution(s).

Part A:

4^2 − 3 − 10 = 0

Part B:

2 − 14 + 49 = 0

Part C:

g(x) = ^2 − 8 − 20

Part D:

ℎ(x) = ^2 − 9 + 36

Part E:

3( + 2)^2 + 26 = 0

Acafeteria manager can choose from among six side dishes for the lunch menu: applesauce, broccoli, corn, dumplings, egg rolls, or french fries. he used a computer program to randomly select three dishes for monday's lunch. what is the theoretical probability the applesauce and broccoli will both be offered monday?