Hello there, I need assistance with these few questions.

1.) Part 1?

Hospilal visits: According to a health agency, there were 409,700 hosital visits for asthmarelated illnesses in a recent year. The age distribution was as follows. Round your answers to four decimal places if necessary. Age Range Number Less than 1 year 7864 117 103,036 18-44 79,662 4564 121,733 6534 80,643 85 and up 16,762 Total 409,700 Send data to Emel (a) What is the probability that an asthma patient is between 18 and 44 years old? The probability that an asthma patient is between 18 and 44 years old is I] . Determine whether events A and B are mutually exclusive. 4: Jayden has a math class on Tuesdays at 2: 00 B: Jayden has an English class on Wednesdays at 2: 00. These events (Choose one) mutually exclusive.Visit your local library: [in a recent Saturday, a total of 1335 people visited a local library. of these people, 234 were under age 10, 4?3 were aged 1013, 16'}' were aged 1930, and the rest were more than 30 years old. One person is sampled at random. (a) What is the probability that the person is less than 19 years old? (b) What is the probability that me person is more than 30 years old? (a) What is the probability that the person is less than 19 years old? Round your answer to four decimal places. The probability that the person is less than 19 years old is D . (b) what is the probability that the person is more than 30 years old? Round your answer to four decimal places. The probability that the person is more than 30 years old is B. Statistics grades: In a statistics class of 34 students, there were 10 men and 24 women. Three of the men and four of the women received an A in the course. A student is chosen at random from the class. (a) Find the probability that the student is a woman. (b) Find the probability that the student received an A. (c) Find the probability that the student is a woman or received an A. (d) Find the probability that the student did not receive an A. Part 1 of 4 (a) Find the probability that the student is a woman. Round your answer to four decimal places, if necessary. P(Woman) = Part 2 of 4 (b) Find the probability that the student received an A. Round your answer to four decimal places, if necessary. P(Received an A) =Part 3 of 4 (c) Find the probability that the student is a woman or received an A. Round your answer to four decimal places, if necessary. P(Woman or Received an A) = Part 4 of 4 (d) Find the probability that the student did not receive an A. Round your answer to four decimal places, if necessary. P(Did not receive an A) =Sick children: There are 22 students in Mrs. Bush's sixthgrade class. On a cold winter day in February, many of the students had runny noses and sore throats. After examining each student,r the school nurse constructed the following table. Round the answers to four decimal places, as needed- Ho Sore Sore "moat Throat Runny Hose 6 3 No Runny 3 5 Nose Sendda'latnEmoel (a) Find the probability that a randomly selected student has a runny nose. {b} nd the probability that a randomly selected student has a sore throat. (c) Find the probability that a randomly selected student has a runny nose or a sore throat. {d} nd the probability that a randomly selected student has neither runny nose nor a sore throat. (a) Find the probability that a randomly selected student has a runny nose. The probability that a randomly selected student has a runny nose is D . {b} nd the probability that a randomly selected student has a sore throat. The probability that a randomly selected student has a sore throat is D . Part 3 of 4 (c) Find the probability that a randomly selected student has a runny nose or a sore throat. The probability that a randomly selected student has a runny nose or sore throat is Part 4 of 4 (d) Find the probability that a randomly selected student has neither runny nose nor a sore throat. The probability that a randomly selected student has neither runny nose nor a sore throat is