Answer: Our required probability is 39.69%.
Step-by-step explanation:
Since we have given that
Probability of a bowler getting a strike during a particular frame = 63%
Number of frames are performed = 2
We need to find the probability that the bowler would be most likely to get a strike in each of the two frames.
So, it becomes,
Hence, Our required probability is 39.69%.
Answer: The third one
Step-by-step explanation: I just did the question on edge. ,and I got it right.
Down 2 up 1 over 4 and do the same for the other side so that’s the equation on a graph
In 3 hours, at 10 mph, Albert travels 30 miles. In 10 minutes (1/6 hr), while his son overtakes him, he travels 10/6 miles more, placing him at 30 + 10/6 = 190/6 = 95/3 mi.
His son covers 95/3 mi in 1/6 hr, so he's moving at (95/3)/(1/6) = 190 mph.
The correct answer would be, "B. 0 ≤ m ≤ 500".
Hoped I helped!
