2. Write a MikroC code to perform the following actions: Write numbers starting from 100 to 150 with increments of 1 into the addresses starting from address 05 to 55 of the internal EEPROM of the Pic 16F887. Download your program into the Pic16F887 and run it to observe the results on the serial UART monitor. 3. Write a program to perform the following actions: Read voltage values from a potentiometer (or any sensor) and write them into the external EEPROM 24002 at every 5 seconds, starting from the address loacation 00. Record 100 data values and then stop recording data Read the recorded data from the external EEPROM 24C02 and display them on an LCD monitor. 4. How can you communicate Pic 16F887 with 4 separate EEPROM's? What type of modifications would you make on the EEPROM pin connections? Draw a Proteus diagram and write a mikroC code to demonstrate this multiple EEPROM communication scheme. 5. What kind of difficulties did you face with during the experiment and how did you solve them? 6. In which industrial or household applications can you use the circuit and programming techniques that you have learned during this experiment? 2. Write a MikroC code to perform the following actions: Write numbers starting from 100 to 150 with increments of 1 into the addresses starting from address 05 to 55 of the internal EEPROM of the Pic 16F887. Download your program into the Pic16F887 and run it to observe the results on the serial UART monitor. 3. Write a program to perform the following actions: Read voltage values from a potentiometer (or any sensor) and write them into the external EEPROM 24002 at every 5 seconds, starting from the address loacation 00. Record 100 data values and then stop recording data Read the recorded data from the external EEPROM 24C02 and display them on an LCD monitor. 4. How can you communicate Pic 16F887 with 4 separate EEPROM's? What type of modifications would you make on the EEPROM pin connections? Draw a Proteus diagram and write a mikroC code to demonstrate this multiple EEPROM communication scheme. 5. What kind of difficulties did you face with during the experiment and how did you solve them? 6. In which industrial or household applications can you use the circuit and programming techniques that you have learned during this experiment