One professional basketball player typically attempts eight free throws per game. Let X represent the number of free throws made out of eight. The distribution for X is shown in the table. A 2-column table with 9 rows. Column 1 is labeled number of free throws made with entries 0, 1, 2, 3, 4, 5, 6, 7, 8. Column 2 is labeled Probability with entries 0.002, 0.008, 0.04, 0.12, 0.23, 0.28, 0.21, 0.09, 0.02. Which of the following histograms correctly displays the distribution? A histogram titled free throws has x = number of successful free throws on the x-axis, and probability on the y-axis. 0, 0.002; 1, 0.009; 2, 0.22; 3, 0.28; 4, 0.23; 5, 0.12; 6, 0.04; 7, 0.008; 8, 0.002. A histogram titled free throws has x = number of successful free throws on the x-axis, and probability on the y-axis. 0, 0.002; 1, 0.008; 2, 0.04; 3, 0.12; 4, 0.23; 5, 0.28; 6, 0.21; 7, 0.09; 8, 0.02. A histogram titled free throws has x = number of successful free throws on the x-axis, and probability on the y-axis. 0, 0.26; 1, 0.14; 2, 0.06; 3, 0.03; 4, 0.02; 5, 0.03; 6, 0.06; 7, 0.14; 8, 0.26. A histogram titled free throws has x = number of successful free throws on the x-axis, and probability on the y-axis. 0, 002; 1, 0.03; 2, 0.11; 3, 0.22; 4, 0.27; 5, 0.22; 6, 0.11; 7, 0.03; 8, 0.002.