 9.6 blue 100∘ red 30∘ 80∘ green 150∘ yellow Use the spinner below to find the probability of the spinner landing on blue. .42 .31 .69 .28 9.6 A Use the line segment above to find the probability. P(point is on AB) = 3 B 5 give your answer as a reduced fraction C 7 D 9.6 blue 100∘ red 30∘ 80∘ green 150∘ yellow Use the spinner below to find the probability of the spinner NOT landing on yellow or blue. .42 .28 .50 .69 9.6 blue 100∘ red 30∘ 80∘ green Use the spinner below to find the probability of the spinner NOT landing on green. 150∘ yellow .42 .58 .31 .69  Find the probability that a point chosen at random will fall inside the triangle. AC = 20 9.6 3.14 .32 .16 .25  9.6 What is the probability that a point will be randomly chosen from the square that is NOT in the triangle? Express your answer as a reduced fraction.  9.6 Let PR = 8 and PQ = 24. What is the probability that a point will be randomly chosen from segment PQ and that it is NOT on segment PR? Express your answer as a reduced fraction. 9.6 blue 100∘ red 30∘ 80∘ green 150∘ yellow Use the spinner below to find the probability of the spinner landing on green or blue. .42 .28 .31 .69 9.6 A Use the line segment above to find the probability. P(point is on BC) = 3 B 5 give your answer as a reduced fraction C 7 D P(point is NOT on CD) = 9.6 A Use the line segment above to find the probability. 3 B 5 give your answer as a reduced fraction C 7 D 9.6 P(orange) = Find the probability that a point chosen at random is chosen from the orange rectangle.round to the nearest hundredth. 3 2 2 5 7 9.6 Find the probability that a point chosen at random is NOT chosen from the Blue square.round to the nearest hundredth. P(orange) = 7 6 6 9 |