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Post a brief description of a public health example (of your own or from the literature). Then, explain when it would be appropriate to use the Kruskal-Wallis test and why. Finally, include in your answer an assessment of the assumptions required to use the parametric form of the Kruskal-Wallis test.
the monthly starting salaries in thousands of dollars of 12 maintenance personnel at tcu are compared to those from smu
geometry is a very broad field of mathematics composed of a wide range of tools that can be used for problem solving.
The answer to Normal probability calculation, The average amount customers at a certain grocery store spend yearly is $636.55. Assume the variable is normally distributed
A fast food outlet has an average of 8 cars at the drivethrough during "lunch rush" 11am-1pm. On average, 2 cars per min. arrive at the resaurant parking lot, and consider the drivethrough
q. consider the following lppmax z9x18x25x3subject to 2x13x2x3lt45x14x23x3lt11x1x2x3gt0asolve using simplex
How much more will this annuity be worth (annuity due) if Mike deposits the money at the beginning of each year instead of at the end of each year?
If the gender-selection method has no effect and boys and girls are equally likely, find the mean and standard deviation for the number of boys born in groups of 51.
A mortgage at 9% interest compounded monthly with a monthly payment of $1125 has an unpaid balance of $10,000 after 350 months. Find the unpaid balance after 351 months.
The distance between the pole and the building is , and the pole casts a shadow that is long. How tall is the building? Round your answer to the nearest foot.
The local weather station (which we'll assume is accurate in giving forecasts) predicts that the chance of rain is 25 percent for the day of the concert. What is Jeff's expected earnings from the concert?
An elevator at a construction site has a maximum capacity of 3000 pounds. If the elevator operator weighs 245 pounds and each cement bag weighs 95 pounds, how many bags of cement can be safely lifted on the elevator in one trip?
Evaluate {double integral over region R} [F(dot)n dA] where F= x(ihat)+y(jhat)+(1-x^2-y^2)(khat) and n = 2x(i)+2y(j)+k and R is the disk x^2+y^2
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