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2 and y (point) (a) The ecuation 3 cos (10) 2 can be represented as intersection points of the two curves y 3 cus(TO). Which of the following grachs below represents the couation 3 cos(ITU) 2 as intersection points of these two curves on the interval 1.1/? Select A E D b) According to the graph you chose above, there are 111 solutions to the equation on the interval -4,4). (c) Solve 3 cos (TO) 2 for all possible 0. Solutions with smaller positive base angle: 0 or Solutions with larger positive base angle: 0 11 where is any Integer, and the base angles are the two smalest positive base angles. 2 for 0 in 1, 1. Enter your answers as a cornira separated list (d) Use your answer to parts (@)-(c) to solve 3 vos(170) ini #s For parts (C) and (ouse radian sasure and enter your answers using at least four significant digits. 2 and y (point) (a) The ecuation 3 cos (10) 2 can be represented as intersection points of the two curves y 3 cus(TO). Which of the following grachs below represents the couation 3 cos(ITU) 2 as intersection points of these two curves on the interval 1.1/? Select A E D b) According to the graph you chose above, there are 111 solutions to the equation on the interval -4,4). (c) Solve 3 cos (TO) 2 for all possible 0. Solutions with smaller positive base angle: 0 or Solutions with larger positive base angle: 0 11 where is any Integer, and the base angles are the two smalest positive base angles. 2 for 0 in 1, 1. Enter your answers as a cornira separated list (d) Use your answer to parts (@)-(c) to solve 3 vos(170) ini #s For parts (C) and (ouse radian sasure and enter your answers using at least four significant digits