ETEC202 FINAL PROJECT GRADING Student Name: Student Number: Section: process alarm monitor using the PIC24FJ256GA7 development board and a 2X16 LCD. The system will monitor an analog input (simulated by the onboard potentiometer). When the analog input (voltage from the pot reaches) 50% of full scale the system will be in "alarm" mode. LED1 will start to flash and the LCD will display "Alarm". As the analog input continues to rise LED1 will flash faster. When the system is in alarm mode pressing PB1 will freeze LED1 ON. The LCD will display "ALM ACK" - alarm acknowledge. Pressing PB2 after the alarm has been acknowledged will clear the LCD and turn off LED1 The project will have the following graded functionality/tasks. No part marks. Credit only given for completed tasks: (__1pt) Press MCLR reset button to start power on self-check. Blink LED1 and 2 LED three times. Display "OK" message on LCD for 2 sec. (__1pt) LED1 starts to blink when analog input (onboard POT) is adjusted to >50% FS voltage (alarm mode) (__2pt) LCD displays "Alarm" message when analog input (onboard POT) is adjusted to >50% FS voltage (__4pts) Rate of LED1 blink increases as analog input voltage exceeds 50% FS. (__4pts) Pressing PB1 when the system is in alarm mode freezes LED1 ON. (__4pts) If PB1 has been pressed and the LED is frozen ON the LCD will display "ALM ACK" - alarm acknowledged. (__4pts) If PB2 is pressed when the system is in ALM ACK mode LED1 will freeze OFF. The LCD will clear after displaying a "Cleared" message for two seconds ___/20pts total

Demonstrate tasks using the following sequence of instructions: 1. Press MCLR reset button to start power on self check. Blink LED1 and 2 LED three times. Display OK message on LCD for 2 sec. 2. When the self check is finished slowly adjust the onboard pot until it is greater the 50% of full scale rotation. Stop the POT rotation. LED1 should start to flash 3. The LCD should now display the "Alarm" message 4. Continue adjusting the POT - the rate of LED1 flash should increase as the rotation increases. Stop adjustment at approx. 75% of full scale rotation. 5.Press PB1 - LED1 should stop blinking and freeze ON. 6.The LCD should display "ALM ACK" - alarm acknowledged. 7. Now press PB2 - LED1 should go OFF and the LCD display should clear after displaying a "Cleared" message for two seconds.

this is a finial project and i need your help in this