M&M's candies are 16% green. If we took a lot of samples, each with 100 M&M's, we'd expect about 16 greens in each sample. The distribution of the number of green M&M's is normal, with mean 16 and standard deviation 3.7. a) What's the probability a sample has 18 or more green M&Ms?

b) What's the probability a sample has 15 or fewer green M&Ms?

c) What number of green M&Ms are in the samples with the lowest 20% of greens?

Which option identifies how kevin should proceed in the following scenario? four years ago kevin designed an mp3 player for young children. now that technology has changed, he would like to update his design to ensure that it encompasses cutting-edge techniques. by creating a third-angle projection of his ideas by designing an isometric projection of his new ideas by referring to past designs and illustrations of his original model by conferring with engineers who have improved upon similar devices