Suppose a random sample of US Adults had these results as shown in the below continguency table. Those in the survey were asked to identify their gender where three options given [Male, Female, PreferNotAnswer/Other] and also what kind of vehicle they would like if had these two options given (SUV vs Non-SUV). Answer the following questions given below. Gender / Vehicle SUV Non-SUV Total Preference Male 45 106 151 Female 90 50 140 Prefer not to answer a 10 2 12 Gender/Correct option not given Total 145 158 303 Part A) What is the probability that a randomly selected US FEMALE Adult in this survey answering that their car preference is SUV? Sign out hp768/quizzes/11630188/take Female 90 50 140 Prefer not to answer a 10 2 12 Gender/Correct option not given Total 145 158 303 Part A) What is the probability that a randomly selected US FEMALE Adult in this survey answering that their car preference is SUV? ROUND ANSWER TO NEAREST THOUSANDTH and KEEP in decimal form (not percentage). Part B) What is the probability that a randomly selected US Adult in this survey was Male and preferred SUV? ROUND ANSWER TO NEAREST THOUSANDTH and KEEP in decimal form (not percentage). ROUNDING incorrectly, would mean zero credit, so please double check and enter per the directions for this problem. Sig hp