The first one the pattern is times 4. the next three numbers would be 192, 768, 3072.
the second on the pattern is plus 13. the next three numbers would be 58, 71, 84.
Answer:
n = -10.8
Step-by-step explanation:
Assuming you want to solve for n, all you have to do is isolate the variable by multiplying by both sides of the equation by four. This would leave you with n = -10.8
The sum of the other 2 sides must be greater than 13.
The probability that one is selected is the likelihood
The probability that one is selected at least once is 0.704
<h3>How to calculate the probability?</h3>
The sample space is given as:
S = {1,2,3}
The probability that 1 is not selected at all is:
P'(None) = 2/3
The probability that one is selected at least once is calculated using the following complement rule
P(At least once) = 1 - P(None)^3
This gives
P(At least once) = 1 -(2/3)^3
Evaluate
P(At least once) = 0.704
Hence, the probability that one is selected at least once is 0.704
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