use the frame below to find problem 1 2 3 4, choices for 3 and 4 is either"smaller than, greater than, or the same as" Thankyou, I'll give a rate!

The frame below initially shows a binomial probability histogram with parameters n = 5 and p = 50%. Find one of the bins for which the normal approximation and the binomial probability differ most. Problem 1 One of the bins for which the binomial probability differs most from the normal approximation is the bin centered at (type an integer) (Qt) , where the absolute value of the difference in areas is (02) 1 .25 Change the probability p of success to 26%, and find the bin for which the difference between the normal approximation and the binomial probability is largest. Problem 2 For p: 26%, the absolute value of the largest difference between the area of one bin in the binomial probability histogram and the normal approximation is (QB) Problem 3 The largest difference between the area of one bin of the binomial probability histogram and the area under the normal curve for the corresponding range when p: 26% (04) the largest difference when p = 50%. "range the probability p of success to 74%. Problem 4 The largest difference between the area of one bin in the binomial probability histogram and the normal approximation when p: 74% (05) the largest difference when p: 26%. -0.5 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5