A basket holds at most \( 14 \) pounds of apples and oranges. There are at least \( 3 \) pounds of apples in the basket. This graph shows the system that represents this scenario, where \( x \) is the weight of the apples and \( y \) is the weight of the oranges. Which point represents a viable solution? A. \( ( 3 , - 2 ) \)
B. \( ( 2,9 ) \) C. \( ( 4,3 ) \) D. \( ( 1,14 )\)
C)(4,3)
Joe earns \( \$ 9 \) per hour. He worked \( x \) hours on both Wednesday and Friday, and \( 8 \) hours on both Tuesday and Saturday. Write an expression to represent how much Joe earned.
If a virus spreads at a rate that can be modeled by the exponential function \( A ( t ) = ae ^ { r t } \) , how many people will be infected after \( 5 \) days if initially \( 3 \) people are infected and the growth rate is \( 40 \% \) ?
