Refer to the data set of body temperatures in degrees Fahrenheit given in the accompanying table and use software or a calculator to find the mean and median. Do the results support or contradict the common belief that the mean body temperature is 98.6°F? Click the icon for the body temperature data. The mean of the data set is °F. (Round to two decimal places as needed.) The median of the data set is °F. (Type an integer or a decimal. Do not round.) Do the results support or contradict the common belief that the mean body temperature is 98.6°F? O A. The results contradict the belief that the mean body temperature is 98.6°F because both the mean and the median are less than 98.6°F. OB. The results are inconclusive because the median body temperature is not equal to 98.6°F while the mean is approximately equal to 98.6°F.

Make frequency tables for the following data sets. Include columns for relative and cumulative frequency. Also, make a bar graph for the frequency. A website that reviews recent movies lists 5 five-star films (the highest rating), 15 four-star films, 15 three-star films, 10 two-star films, and 5 one-star films.

Please match each of the research studies below to the following :  - Difference between means - Mean - Proportion - Difference in proportion  - Mean of the differences    A research study that examines the mean number of pounds loss in a weight loss clinic. A research study that compares the mean number of pounds loss between two different weight loss clinics. A research study that weighs individuals at the beginning of the weight loss program and measures the same individual at the end of the program and calculates the difference in weight for each individual. A research study that examines what percentage of individuals actually lost weight during the weight loss program. A research study that examines there is a difference in the percentage of individuals that have lost weight in clinic 1 versus in clinic 2.

Please do this in excel and show me how to do it. Need help