Variables defined: Inequalities representing the conditions: 3. A woman carves animal figures to sell at a...

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Variables defined: Inequalities representing the conditions: 3. A woman carves animal figures to sell at a craft fair. It takes 2 hours to carve a small figure and 3 hours to carve a larger figure. She makes a profit of $10 for a small figure and $20 for a larger figure. If she has at most 30 hours available to carve and wants at least 12 figures to sell, how many of each type of figure should she carve to maximize profit? What will that maximum profit be? 9 Graph of conditional inequalities: (on grid above, with gridlines and axes labeled) Determination of the number of small and large figures to be produced to maximize profit and determination of maximum profit (show work!): Number of small: figures to maximize profit Number of large: figures to maximize profit maximum profit: Variables defined: Inequalities representing the conditions: 3. A woman carves animal figures to sell at a craft fair. It takes 2 hours to carve a small figure and 3 hours to carve a larger figure. She makes a profit of $10 for a small figure and $20 for a larger figure. If she has at most 30 hours available to carve and wants at least 12 figures to sell, how many of each type of figure should she carve to maximize profit? What will that maximum profit be? 9 Graph of conditional inequalities: (on grid above, with gridlines and axes labeled) Determination of the number of small and large figures to be produced to maximize profit and determination of maximum profit (show work!): Number of small: figures to maximize profit Number of large: figures to maximize profit maximum profit: