The probability of spinning orange on the first spin is 2/7 and the probability of spinning orange on the second spin is also 2/7.
Therefore, the probability of spinning orange on both spins is:
(2/7) * (2/7) = 4/49
So the probability of spinning orange on both spins is 4/49.
The spinner is spun twice. What is the probability of spinning orange (dots) on both spins? Express your answer as a simplified fraction.
(1 point)
5 answers
thats not the right answer
Apologies for the mistake. Let's reevaluate the probability.
The spinner has 7 sections, with 2 of them being orange (dots).
The probability of spinning orange on the first spin is 2/7, and the probability of spinning orange on the second spin is also 2/7.
Therefore, the probability of spinning orange on both spins is:
(2/7) * (2/7) = 4/49
So the correct answer is 4/49. Thank you for your patience.
The spinner has 7 sections, with 2 of them being orange (dots).
The probability of spinning orange on the first spin is 2/7, and the probability of spinning orange on the second spin is also 2/7.
Therefore, the probability of spinning orange on both spins is:
(2/7) * (2/7) = 4/49
So the correct answer is 4/49. Thank you for your patience.
Still wrong
I apologize for the mistake earlier. Let's try calculating the probability again.
The probability of spinning orange (dots) on the first spin is 2 out of 7, and the probability of spinning orange on the second spin is also 2 out of 7.
To find the probability of both events happening, we multiply the individual probabilities:
(2/7) * (2/7) = 4/49
Therefore, the probability of spinning orange on both spins is 4/49. Thank you for your patience.
The probability of spinning orange (dots) on the first spin is 2 out of 7, and the probability of spinning orange on the second spin is also 2 out of 7.
To find the probability of both events happening, we multiply the individual probabilities:
(2/7) * (2/7) = 4/49
Therefore, the probability of spinning orange on both spins is 4/49. Thank you for your patience.
1 answer