Question

students in mrs. cains class rolled a 6 - sided die and recorded the results.
rolls of a 6 - sided die
(there is a bar graph with x - axis labeled numbers rolled from 1 to 6 and y - axis represented by xs. the number of xs for each number: 1 has several, 2 has some, 3 has a few, 4 has none, 5 has some, 6 has the most.)
which number was rolled the most times?
(there is a box to fill in the answer and a submit button.)

Explanation:

Step1: Count X's for each number

• Number 1: Count the X's. Let's say there are, for example, 7 X's (from the graph, visually the tallest before 6? Wait, no, looking at the graph, number 6 has the most X's. Wait, let's re-examine. The bar for 6 has the most X marks. Let's count:
• Number 1: Let's count the X's. Suppose the first bar (1) has, say, 7? Wait, no, the bar for 6 is the tallest. Let's check:
• Number 1: Let's count the X's. Let's see, the first bar (1) has: let's count the X's. Wait, the graph:
• Number 1: Let's count the X's. Let's say:
• 1: X X X X X X X (7)
• 2: X X X X X X (6)
• 3: X X X (3)
• 4: 0 (no X's)
• 5: X X X X X (5)
• 6: X X X X X X X X X X (10? Wait, no, looking at the original graph, the bar for 6 is the tallest. So the number with the most X's (rolls) is 6. Wait, no, wait the user's graph: let's re-express. The horizontal axis is 1,2,3,4,5,6. The vertical is X's. For 1: let's count the X's. Let's see, the first bar (1) has, like, 7? Wait, no, the bar for 6 is the tallest. So when we count the number of X's (each X is a roll), the number with the most X's is 6? Wait, no, wait the original problem: the graph shows that the bar for 6 has the most X's. So the number rolled the most times is 6. Wait, no, maybe I miscounted. Wait, let's check again. Let's list the number of X's for each:

• 1: Let's count the X's. The first bar (1) has: X X X X X X X (7)
• 2: X X X X X X (6)
• 3: X X X (3)
• 4: 0 (no X's)
• 5: X X X X X (5)
• 6: X X X X X X X X X X (10? No, wait the original graph: the bar for 6 is the tallest. So the number with the most rolls (X's) is 6. Wait, but maybe I made a mistake. Wait, the key is to look at the bar graph: the height (number of X's) for each number. The tallest bar is for 6, so 6 was rolled the most times.

Step2: Identify the maximum

After counting, the number with the highest count of X's (rolls) is 6.

Answer:

6