I solved for portions A-B but I having trouble solving for C. I'm unsure of what formula to use or if i even need a formula. Any help would be very much appreciated. Thanks.

Dana Center Mathematics PATHWAYS Practice Assignment 4.B 1) A container of jellybeans will only dispense one jellybean at a time. Inside the 4 container is a mixture of 24 jellybeans: 12 red, 8 yellow, and 4 green. 24 Write each answer as a decimal rounded to the nearest thousandth and as a percent c.rounded to the nearest whole percentage point. Part A: What is the probability that the first jellybean to come out of the dispenser will be green? 4 24 - 0. 167 Decimal: P(Green) = 0.169 Percent: P(Green) = % Percent : 0.17x 100 Draw Jelly = 19% - First draw PLABB ) = P(A ) * PCBIA ) 2 Part B: If i get a green jellybean on the first draw (and eat it), what is the probability that I will get a green on the second draw? - Second draw It2 =3 )_ 32 0.125 4 Decimal: P(2nd Green | 1st Green) = _0.13 24 24 Percent: P(2nd Green | 1st Green) = 13% 0. 130 or 13% art C: What is the probability of getting two green jellybeans (i.e., drawing a green U jellybean, eating it, and then drawing a second green jellybean right after the first)? ( 2. G) 12 R Decimal: P(1st Green and 2nd Green) 13 14 Percent: P(1st Green and 2nd Green) = % 15 2) A vending machine containing jellybeans will only dispense one jellybean at a time. 18 Inside the container is a mixture of 24 jellybeans: 12 red, 8 yellow, and 4 green. The IR yellow jellybeans have a rotten egg flavor. Write each answer as a decimal rounded to the nearest thousandth and as a percent rounded to the nearest whole 20 percentage point. 22 p Part A: What is the probability of getting a red jellybean on the first draw? 23 LR 24 / R Decimal: P(1st Red) = Percent: P(1st Red) = % Copyright @ 2020, The Charles A. Dana Center at The University of Texas at Austin