You observe that black cherry trees growing in coastal forests near the ocean are usually much shorter than black cherry trees growing in inland forests. You perform an experiment to explore whether genetics (coastal trees evolved to have a high frequency of genes for stunted growth) or environment (the salty coastal environment causes the trees to be stunted) explain the height difference. You collect seeds from both inland and coastal black cherry trees. Half of the seeds from both the coastal and inland trees are planted along the coast, and half of both types are planted in inland forests. After many years, you return to measure the height of each of the trees. Which of the following would be expected if GENETICS was the most important influence on tree height? Select one: O a. All trees grew to a similar height. O b. Trees planted from seeds of coastal origin were shorter, regardless of where they were planted O C. Trees planted in the inland forest grew taller,regardless of seed origin. Which conclusive terminology can NOT be stated when testing a hypothesis? Select one: O a. We reject the null hypothesis O b. We accept the null hypothesis c. We have proven the null hypothesis d. Our data supports the null hypothesis Consider the following populations and their respective variances: Variance Population and Variable of Interest Length of bullfrog tadpoles in section of a stream0.5 Heights of trees in a grove Which population would you need a greater sample size for to reduce sampling errors due to chance? Select one: O a. Length of bullfrog tadpoles in section of a stream O b. Heights of trees in a grove