A baseball team wins 70% of its games. Assuming this trend continues, which simulation can you use to model the team's wins over the next three games?

A. Place 3 green and 3 red marbles in a bag. Let the green marbles represent a win and the red marbles represent a loss. Randomly pick one marble to simulate the first game. Replace the marble and repeat two more times. This is one trial. Run 30 trials.

B. Place 3 green and 3 red marbles in a bag. Let the green marbles represent a win and the red marbles represent a loss. Randomly pick one marble to simulate the first game. Without replacing the marble, pick a second time and then a third time. This is one trial. Run 30 trials.

C. 7 green and 3 red marbles in a bag. Let the green marbles represent a win and the red marbles represent a loss. Randomly pick one marble to simulate the first game. Replace the marble and repeat two more times. This is one trial. Run 30 trials.

D. Place 7 green and 3 red marbles in a bag. Let the green marbles represent a win and the red marbles represent a loss. Randomly pick one marble to simulate the first game. Without replacing the marble, pick a second time and then a third time. This is one trial. Run 30 trials.

Use the simulation results to find the experimental probability that the team wins the next three games. Round your answer to the nearest percent.

GGR GGG GGG GRR GGG GRG
GGG GRR GGR GGG GRG GGG
RGG GRG RGG RGG GRG RGG
RGR GGR GGG GGR RRG GGR
RGG GGG RGR GGG GGG GGG
The experimental probability is___%.