A spinner is spun then coin is flipped. The sample space is S = {BH, BT, RH, RT, GH, GT, YH, YT} (first letter represents the color spun and the second letter represents the side of the coin face up) Determine the probability of the spinner landing on RED. Round answers to four decimal places, if necessary. A spinner is spun then coin is flipped. The sample space is S = {BH, BT, RH, RT, GH, GT, YH, YT} (first letter represents the color spun and the second letter represents the side of the coin face up) Determine the probability the coin lands with TAILS face up. Round answers to four decimal places, if necessary. A spinner is spun then coin is flipped. The sample space is S = {BH, BT, RH, RT, GH, GT, YH, YT} (first letter represents the color spun and the second letter represents the side of the coin face up) Determine the probability RED is spun and the coin lands with TAILS face up. Round answers to four decimal places, if necessary. A spinner is spun then coin is flipped. The sample space is S = {BH, BT, RH, RT, GH, GT, YH, YT} (first letter represents the color spun and the second letter represents the side of the coin face up) Determine the probability RED is spun or the coin lands with TAILS face up. Round answers to four decimal places, if necessary. A spinner is spun then coin is flipped. The sample space is S = {BH, BT, RH, RT, GH, GT, YH, YT} (first letter represents the color spun and the second letter represents the side of the coin face up) Determine the probability RED is spun given the coin lands with TAILS face up. Round answers to four decimal places, if necessary.