I hope this helps! It’s been a while since I’ve done slope-intercept though, so I might be a little rusty
First simplify the equation and next multiply the 20 with the x^2 and find a number that adds together to give you the middle
9/10 i the answer i believe
Answer:
Alternate interior angles theorem
Step-by-step explanation:
Alternate interior angles theorem
Answer:
2/27
Step-by-step explanation:
In the question we have:
4 snickers
2 packages of M&M's
3 Butterfingers.
Total number of candies in the Halloween bag = 9
Probability of selecting some M&M's and putting them back = 2/9
Probability of selecting a Butter finger = 3/9
Therefore, the probability of selecting some M&M's, putting them back, and then selecting a Butterfinger =
Probability of selecting some M&M's and putting them back × Probability of selecting a Butter finger
2/9 × 3/9
= 6/ 81
= 2/27