A poker company assembles three different poker sets. Each Royal Flush poker set contains 1000 poker chips, 4 decks of cards, 10 dice, and 2 dealer buttons. Each Deluxe Diamond poker set contains 600 poker chips, 2 decks of cards, 5 dice, and one dealer button. The Full House poker set contains 300 poker chips, 2 decks of cards, 5 dice, and one dealer button. The company has \( 2,800,000 \) poker chips, 10,000 decks of cards, 25,000 dice, and 6500 dealer buttons in stock. They earn a profit of \( \$ 38 \) for each Royal Flush poker set, \( \$ 22 \) for each Deluxe Diamond poker set, and \( \$ 12 \) for each Full House poker set. Complete parts (a) and (b) below. Begin by finding the objective function. Let \( x_{1} \) be the number of Royal Flush poker sets, let \( x_{2} \) be the number of Deluxe Diamond poker sets, and let \( x_{3} \) be the number of Full House poker sets. What is the objective function? \( z=\square x_{1}+\square x_{2}+\square x_{3} \) (Do not include the \( \$ \) symbol in vour answers,
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