There florist can order roses in bunches of one dozen and lilies in bunches of 8. last month she ordered the same number of roses as lilies. if she ordered no more than 100 roses, how many bunches of each could she have ordered? what is the smallest number of bunches she could have ordered? explain your reasonings.

If f(x) = 6x – 4, what is f(x) when x = 8? a2 b16 c44 d52

Acoffee shop orders at most $3,500 worth of coffee and tea. the shop needs to make a profit of at least $1,900 on the order. the possible combinations of coffee and tea for this order are given by this system of inequalities, where c = pounds of coffee and t = pounds of tea: 6c + 13t ≤ 3,500 3.50c + 4t ≥ 1,900 which graph's shaded region represents the possible combinations of coffee and tea for this order?

What are the solutions of the following system? y=-2x^2 y=x-2