2. George has a bowl of cards. He has 3 Black and 7 Red. He had a friend pick a card from the bowl 40 times and then put it back. Here are the results: Red 16 times, Black 24 times. What is the theoretical probability of picking a Black card? Red card? What is the experimental probability of picking a Black card? Red card? How does each theoretical probability compare to each relative frequency? Based on the theoretical probabilities, how many times should George expect to get a Black and Red card? How do they compare with his experimental results?

your answer is d 2,500

step-by-step explanation:

step-by-step explanation:

hunhgunyt7 in u uuuhiuteu

54 km / hours

step-by-step explanation:

we need to convert seconds to hours

60 seconds = 1 minutes

60 minutes = 1hour

15 m         60 second   60 minutes

  * *         = 54000 meters/ hour

second     1 minute             1 hour

now we need to convert meters to km

1000 m = 1 km

54000 m       1 km

*   = 54 km / hours

hour               1000m

i think u have 12 apples sorry again i don't really know if it correct i'm just tryna hrlp people out.