A basketball player has a 70% free throw percentage. What plan can be used to simulate her performance in her next five attempts?

The simulation of the basketball player's performance in her next five attempts can be effectively conducted by generating random numbers from 0 to 9. By assigning values, with 0, 1, and 2 representing misses and 3 through 9 representing makes, this setup aligns perfectly with her 70% free throw percentage.

In this scenario, the numbers 3 through 9 correspond to successful free throws, which constitute 7 out of the 10 possible outcomes (0-9). Therefore, this method translates the player's probability directly into the random number selection process. Since the player has a 70% chance of making a free throw, using the digits 3 through 9 (which total 7 options) accurately reflects her success rate.

This method allows for straightforward simulations because with each random draw, you can easily determine if that attempt results in a make or a miss, and then you can repeat this process for the planned five attempts. It's a practical and intuitive way to model the randomness inherent in free throw performance based on the established success rate of the player.