Recall that to compute the sum 80 (17) (0.6)* (0.1)10-k k=70 we would use the Maple...

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Recall that to compute the sum 80 (17) (0.6)* (0.1)10-k k=70 we would use the Maple command: sum (binomial (17,k) * (0.6) ^k* (0.1) ^ (10-k), k=70..80). Now use Maple to calculate the following probabilities to exactly two decimal places. If we toss a baised coin which has a 70% of getting a head (H) then: i) The probabilty of getting 40 or more heads out of 50 tosses is 0.07885 ii) The probability of getting fewer than 22 heads out of 50 tosses is o iii) The probability of getting N heads, where 15 N 40 out of 50 tosses is Number Recall that to compute the sum 80 (17) (0.6)* (0.1)10-k k=70 we would use the Maple command: sum (binomial (17,k) * (0.6) ^k* (0.1) ^ (10-k), k=70..80). Now use Maple to calculate the following probabilities to exactly two decimal places. If we toss a baised coin which has a 70% of getting a head (H) then: i) The probabilty of getting 40 or more heads out of 50 tosses is 0.07885 ii) The probability of getting fewer than 22 heads out of 50 tosses is o iii) The probability of getting N heads, where 15 N 40 out of 50 tosses is Number