Let's define the situation with equations.
-
Bill's Comic Books:
- Bill starts with 2 comic books and reads 6 more each week.
- The equation for the number of comic books Bill has read after \( x \) weeks can be represented as: \[ B = 2 + 6x \]
-
Amy's Comic Books:
- Amy starts with 4 comic books and also reads 6 more each week.
- The equation for the number of comic books Amy has read after \( x \) weeks can be represented as: \[ A = 4 + 6x \]
Next, we want to find the number of weeks \( x \) after which the number of comic books they have read will be the same, i.e., \( A = B \).
Setting the two equations equal to each other: \[ 2 + 6x = 4 + 6x \]
Now, we can solve for \( x \): \[ 2 + 6x = 4 + 6x \] Subtract \( 6x \) from both sides: \[ 2 = 4 \]
This results in a contradiction, suggesting that they will never have read the same number of comic books since their reading rates are the same and they started with different initial amounts.
Summary:
- The equations representing the number of comic books read:
- Bill: \( B = 2 + 6x \)
- Amy: \( A = 4 + 6x \)
- They will never reach the same number of comic books read.