Below is the frequency distribution of personal Computers on by students at a community college. Find the percent represented by sony computers brand      Frequency dell           3,200 sony          5,200 hp              4,400 toshiba      6,600 asus.          3,600

What is the range of the following: 47, 32, 45, 58, 67, 13

Create a frequency table.  Also, include a bar chart showing the results.  Based on the results, provide a brief explanation of how you would market to students at a university.  Favorite Restaurants Newks Outback Soluna Trejos Olive Garden Pappadeaux's J Prime Bohanans J Prime Paesanos Sushi Zushi El Mirasol Polos Asados Los Nortenos Bakudan Ramen Eklectik Eats Thai Mint Zio's Italian Restaurant Rockin' Roll Sushi Cheddars Alamo Cafe Pluckers Ruth Chris Pappadeaux's

Tch Generally, 1 in 40 women will develop skin cancer in their lifetime. A study showed that that the use of tanning beds increased a woman's risk of skin cancer by 50%. a. Write the risk factor of 1 in 40 women as a natural frequency out of 1000 American females: women out of 1000 women will develop skin cancer in their lifetime. Write this answer in Blank 1. b. If every American woman used tanning beds, find the number out of 1000 that would develop skin cancer in their lifetime. Round to the nearest whole number. Write this answer in Blank 2. Make sure you write down any work, calculations, or reasoning that you used to get to your solution. Blank #1 25 Blank #2 S I G A A

If a coin is flipped 225 times and the number of Hs is 75. Compute the proportion of Hs. Round to three places.

Calculate the relative frequency for each wear category

Now consider a bag of ten colorful marbles. You reach into the bag 100 times. Each time you pull out a marble, write down what color it was, then put it back in the bag and do it again. You record the following data: Table describing marble frequency Color Frequency Red 22 Yellow 9 Green 41 Blue 28

A drink vendor randomly asked college students how many soft drinks they had consumed during the past week. Their answers were as follows: 5,0,2,1.1.9,0,1,0,3,1.1.4,3,4, and 7. a. Make a frequency table (NOT grouped). b. Make a histogram based on the frequency table. c. Make a frequency polygon based on the frequency table. d. Describe the shape of the histogram (i.e., mode?, skewed? etc.).

Create a relative frequency table for the numbers 2, 2, 2, 3, 3

Abdomen data: 83.0, 87.9, 85.2, 88.6, 77.1, 85.3, 100.0, 94.4, 81.9, 88.5, 82.5, 100.5, 76.5, 86.4, 90.7, 83.6, 106.8, 77.6, 102.9, 90.9, 79.7, 73.9, 79.1, 72.8, 88.2, 100.1, 89.6, 95.9, 98.8, 76.3, 83.5 105.0, 90.8, 83.5, 84.5 101.8, 76.6, 76.4, 88.7, 92.4, 81.2, 91.6, 97.5, 80.0, 88.7, 100.5, 95.6, 92.1, 96.4, 74.6, 83.4, 106.0, 96.4, 92.8, 95.1, 90.4, 100.4, 115.9, 90.8, 81.9, 75.0, 90.3, 90.3, 108.8, 79.4, 83.2, 110.3, 91.6, 92.7, 76.0, 79.5, 86.1, 104.5, 104.6 Assume that the abdomen circumference of males have a distribution that isapproximately bell-shaped. Using the mean (= 89.7) and standard deviation (=9.9) as estimates of the population mean and standard deviation, a. Construct a diagram, using the Empirical Rule, to illustrate the percentagesof data values in each of the 8 sections that diagram includes.b. Between what two measurements will about 95% of the abdomencircumferences fall?