Could you please show me the correct answer for each of the questions. Please only answer if you are 100% certain you know what the answer is. I will leave feedback that based on the accuracy of your answer.

In a deterministic finite state machine, a specific input event can be an input for one and only one state Consider the following state machine for a dishwasher modelled through the following state-transition table: Select one: O True False input\state ready_to_load_dishes ready_to_wash wash empty_water front_door_opened ready_to_load_dished front_door_closed ready_to_wash start_button_pressed wash stop_button_pressed empty_water program_finished empty_water water_slot_empty ready_to_wash In a deterministic finite state machine... Select one: O Which of the following statements is correct? a. Each input can transition a state to zero or more states b. Each input can transition a state to one and only one state c. Each input can transition a state to zero or one state d. There are no transitions but only pre-defined states e. Each input can transition a state to one or more states O O Select one: a. It is not possible to press the stop button ('stop_button_pressed') while the dishwasher is in the state 'wash' b. The water slot gets emptied ('empty_water) only when a user presses the stop button ('stop_button_pressed') c. It is not possible to open the front door ('front_door_opened') once the dishwasher is in the 'ready_to_wash' state d. All of these statements are correct e. When the washing program finishes ('program_finished") the state machine transitions back to 'ready_to_wash' state O f. 'front_door_opened' is an illegal input event for the state 'wash