uppose N 10 and r = 3. Compute the hypergeometric probabilities for the following values of n and . If the calculations are not possible, please lect "not possible" from below drop-downs, and enter 0 in fields. Round your answers, if necessary. n = 4, x = 1 (to 2 decimals). Select your answer - n = 2, x= 2 (to 3 decimals). Select your answer - V n = 2, x = 0 (to 4 decimals). Select your answer - ✓ n = 4, x = 2 (to 2 decimals).

Suppose N = 11 and r = 4. Compute the hypergeometric probabilities for the following values of n and . If the calculations are not possible, please select "not possible" from below drop-downs, and enter 0 in fields. Round your answers, if necessary. a. n = 4, x = 2 (to 2 decimals). possible 0.51 b. n = 2, x = 2 (to 3 decimals). Select your answer - c. n = 2, x = 0 (to 4 decimals). - Select your answer - d. n = 5, x = 3 (to 2 decimals). - Select your answer - e. n = 5, x = 5 (to 2 decimals). Select your answer -

%3D %3D MIMI 2q.5. MIMI29.5. Lg §, Wq = ts and In an Find! P -? and P,= ?

D Question 4 For a 100-point exam, a score of X = 65 is definitely above the median. 4 O True False

Two varieties of corn are grown in 4 different locations. Each location provides a value in pounds for each variety.The table below lists the results. Find the standard error for the difference in the production of the two corn varieties to two decimal places.   Variety 1 Variety 2 difference location 1 32.1 34.5 -2.4 location 2 30.6 32.6 -2.0 location 3 33.7 34.6 -0.9 location 4 29.7 31.6 -1.3 mean value 31.53 33.18 -1.65 standard deviation 1.76 1.72 0.68     1.23     0.75     0.34     0.98