3( – 3c–16)+10=16 – 9c– +10=16 Add 3 to both sides Subtract 3 from both sides Multiply both sides by 3 Divide both sides by 3 Apply the distributive property – 9c– =16 Add 48 to both sides Subtract 48 from both sides Multiply both sides by 48 Divide both sides by 48 Combine like terms – 9c= Add 38 to both sides Subtract 38 from both sides Multiply both sides by 38 Divide both sides by 38 Apply the distributive property c=

Afruit stand has to decide what to charge for their produce. they need $10 for 4 apples and 4 oranges. they also need $15 for 6 apples and 6 oranges. we put this information into a system of linear equations. can we find a unique price for an apple and an orange?

Asap for seven months an ice creams vendor collects data showing the number of cones sold a day (c) and the degrees above 70 degrees f the vendor finds that there is a positive linear association between c and t that is the best modeled by this equation c=3.7t+98 which statement is true? the model predicts that the average number of cones sold in a day is 3.7 the model predicts that the average number of cones sold i a day is 98 a model predicts that for each additional degree that the high temperature is above 70 degres f the total of number of cones sold increases by 3.7 the model predicts for each additional degree that the high temperature is above 70 degrees f the total number of cones sold increasingly by 98

Which number completes the system of linear inequalities represented by the graph? y> 2x – 2 and x + 4y 2 et 2 3 4