The radius of circle 1 (the inner-most yellow circle) is 1 meter. Each radius thereafter increases by 1 as shown. Using the image below, what is the probability that the dart will land in circle 4? *State the percentage without the percent sign. **Each circle includes all the circles within. r5 r2 14 14 r3 r1 = 1m r2 = 2m r3 = 3m r4 = 4m r5 = 5m Find the volume of the figure. Round to the nearest tenth as needed. 18 ft 11 ft The volume is approximately ft3. (round to the nearest tenth) 4580.4 O 1081.5 O 393.3 4326.0 Find the volume of the figure. Round to the nearest tenth as needed. 18 ft 12 ft The volume is approximately. ft. 4580.4 O 1442.0 3526.9 381.7 The radius of circle 1 (the inner-most yellow circle) is 1 meter. Each radius thereafter increases by 1 as shown. What is the probability of a randomly thrown dart landing on circle 1? *State the percentage without the percent sign. **Each circle includes all the circles within. r5 r2 r3 14 r1 = 1m r2 = 2m r3 = 3m r4 = 4m r5 = 5m The radius of circle 1 (the inner-most yellow circle) is 1 meter. Each radius thereafter increases by 1 as shown. Using the image below, what is the probability that the dart will land in the red area? *State the percentage without the percent sign. **Each circle includes all the circles within. r5 r2 633 14 r1 = 1m r2 = 2m r3 = 3m r4 = 4m r5 = 5m