You measured your resting heart rate at 10am every day for a month and recorded the...

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You measured your resting heart rate at 10am every day for a month and recorded the data. You discover that your resting heart rate has a normal distribution with a mean of 65 beats per minute (bpm) and a standard deviation of 3 bpm. What is the probability that your resting heart rate is below 62 bpm? (Provide the answer to 4 decimal places) 0.1587 If there were 31 days in a month that you recorded your heart rate, on how many days was your heart rate above 62 bpm? (Provide no decimals) 26 What would you expect your heart rate to be if 50% of the recorded times, your heart rate is less than that number? (Provide no decimals) What would you expect your heart rate to be if 15% of the recorded times, your heart rate is above that number? (Provide no decimals) You measured your resting heart rate at 10am every day for a month and recorded the data. You discover that your resting heart rate has a normal distribution with a mean of 65 beats per minute (bpm) and a standard deviation of 3 bpm. What is the probability that your resting heart rate is below 62 bpm? (Provide the answer to 4 decimal places) 0.1587 If there were 31 days in a month that you recorded your heart rate, on how many days was your heart rate above 62 bpm? (Provide no decimals) 26 What would you expect your heart rate to be if 50% of the recorded times, your heart rate is less than that number? (Provide no decimals) What would you expect your heart rate to be if 15% of the recorded times, your heart rate is above that number? (Provide no decimals)