To represent the costs for one year for each website as equations in the form of \( y = mx + b \), where \( x \) is the number of downloads, and \( y \) is the total cost, we can set up the following equations:
For Website 1:
- There is a yearly fee of $30 (which is the y-intercept, \( b \)), and each download costs $1.50 (which is the slope, \( m \)).
- Thus, the equation is:
\[ y = 1.50x + 30 \]
For Website 2:
- There is no yearly fee (which means \( b = 0 \)), and each download costs $2 (which is the slope \( m \)).
- Thus, the equation is:
\[ y = 2x + 0 \]
(Note: This can alternatively be written simply as \( y = 2x \))
So, the final equations are:
- Website 1: \( y = 1.50x + 30 \)
- Website 2: \( y = 2x \)