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Consider an Algorithmic State Machine for a vending machine, where for simplicity only one type of item can be purchased. The vending machine receives signals (i.e., inputs) from sensors and the user. The first signal C is set to 1 when a coin is inserted (any coin). The second signal F is set to 1 when enough coins to purchase an item are inserted. The third signal V is activated by the user and when set to 1 informs the vending machine to collect and drop the coins into its coin collection bin and vend one item. The ASM should have the following states: X - waiting for coins, no coins deposited yet; Y - waiting for coins, some but not all coins deposited to make a purchase; . Z - received sufficient payment, vending; After the machine vends one item, the ASM returns back to state X. i. Derive the ASM diagram. ii. Implement the ASM for the vending machine using one flip-flop per state. Consider an Algorithmic State Machine for a vending machine, where for simplicity only one type of item can be purchased. The vending machine receives signals (i.e., inputs) from sensors and the user. The first signal C is set to 1 when a coin is inserted (any coin). The second signal F is set to 1 when enough coins to purchase an item are inserted. The third signal V is activated by the user and when set to 1 informs the vending machine to collect and drop the coins into its coin collection bin and vend one item. The ASM should have the following states: X - waiting for coins, no coins deposited yet; Y - waiting for coins, some but not all coins deposited to make a purchase; . Z - received sufficient payment, vending; After the machine vends one item, the ASM returns back to state X. i. Derive the ASM diagram. ii. Implement the ASM for the vending machine using one flip-flop per state