5. Use the chart below which have the inputs/outputs (parameters) available from the CTD (Count Down) instruction: Use this table to help determine the parameter values for this instruction. Parameter Parameter Type Data Type Description CD Input BOOL Counts down. TRUE - Rising edge detected, count down in increments of one. FALSE - Falling edge detected. hold the counter value at the same value. LOAD Input BOOL Load verifies the PV value against the count down value. TRUE - set CV=PV. FALSE - Continue incrementing count down by one. PV Input Programmed maximum value of the counter. DINT BOOL Output Indicates whether the count down instruction has resulted in a number less than or equal to the maximum value of the counter. TRUE - Counter result 0. Output DINT Current counter value. 1. Which parameter would you choose to show that the instruction is completed? (2 pts) II. Now, create one rung of logic where this bit for a counter instruction called "Part_Counter" in series with another normally open contact (called (Start_Conveyor) will start a normally open relay (output) called "Motor_Conveyor". (6 pts) III. What is the parameter that you would use to set the maximum value of parts that you will start counting down from? (2 pts) 5. Use the chart below which have the inputs/outputs (parameters) available from the CTD (Count Down) instruction: Use this table to help determine the parameter values for this instruction. Parameter Parameter Type Data Type Description CD Input BOOL Counts down. TRUE - Rising edge detected, count down in increments of one. FALSE - Falling edge detected. hold the counter value at the same value. LOAD Input BOOL Load verifies the PV value against the count down value. TRUE - set CV=PV. FALSE - Continue incrementing count down by one. PV Input Programmed maximum value of the counter. DINT BOOL Output Indicates whether the count down instruction has resulted in a number less than or equal to the maximum value of the counter. TRUE - Counter result 0. Output DINT Current counter value. 1. Which parameter would you choose to show that the instruction is completed? (2 pts) II. Now, create one rung of logic where this bit for a counter instruction called "Part_Counter" in series with another normally open contact (called (Start_Conveyor) will start a normally open relay (output) called "Motor_Conveyor". (6 pts) III. What is the parameter that you would use to set the maximum value of parts that you will start counting down from? (2 pts)