The number of emails received by a customer service department in February is equally likely to be any of the values in {180, 181, , 275}. Let X denote the number of emails received in February. X is a continuous random variable. False True The number of emails received by a customer service department in February is equally likely to be any of the values in {180, 181, , 275}. Let X denote the number of emails received in February. What is the probability that exactly 226 emails are received in February? (Report answer to three decimal places. Answer must be within +/-0.001 of correct value.) The number of emails received by a customer service department in February is equally likely to be any of the values in {180, 181, , 275}. Let X denote the number of emails received in February. What is the probability that at least 247 emails are received in February. (Report answer to three decimal places. Answer must be within +/-0.001 of correct value.) The number of emails received by a customer service department in February is equally likely to be any of the values in {180, 181, , 275}. Let X denote the number of emails received in February. What is the probability that at most 218 emails are received in February. (Report answer to three decimal places. Answer must be within +/-0.001 of correct value) The number of emails received by a customer service department in February is equally likely to be any of the values in {180, 181, , 275}. Let X denote the number of emails received in February. What is the expected number of emails received in February? (Report answer to three decimal places. Answer must be within +/-0.001 of correct value.) The number of emails received by a customer service department in February is equally likely to be any of the values in {180, 181, , 275}. Let X denote the number of emails received in February What is the standard deviation of the number of emails received in February? (Report answer to three decimal places. Answer must be within +/-0.001 of correct value.)