Problem 4. The Microchip 24LC04 is a 4 Kbit serial EEPROM with an IC interface. In what follows assum the PIC24F J64GA002 has been configured to operate as a single master on an IC bus connected to the 24LC04 and operating at 400 kHz . The 24LC04 has pins Ao, A, and A2 all tied to ground. Assume the microcontroller operates with a Fcy of 16 MHz. (a) A read transaction is used to read the single byte of data in the 24L.C04 at memory location at address 0x24. Show the contents of the intial control byte at the start this transaction. (b) Repeat part (a), only this time show the contents of the address byte that follows for this c) With the bus operating at 400 kHz, and assuming no delays, how long does the transaction (d) Assume now we would like to read the entire contents of this serial EEPROM. How long will transaction. for reading a single byte take? this take if we read a single byte at a time? Problem 4. The Microchip 24LC04 is a 4 Kbit serial EEPROM with an IC interface. In what follows assum the PIC24F J64GA002 has been configured to operate as a single master on an IC bus connected to the 24LC04 and operating at 400 kHz . The 24LC04 has pins Ao, A, and A2 all tied to ground. Assume the microcontroller operates with a Fcy of 16 MHz. (a) A read transaction is used to read the single byte of data in the 24L.C04 at memory location at address 0x24. Show the contents of the intial control byte at the start this transaction. (b) Repeat part (a), only this time show the contents of the address byte that follows for this c) With the bus operating at 400 kHz, and assuming no delays, how long does the transaction (d) Assume now we would like to read the entire contents of this serial EEPROM. How long will transaction. for reading a single byte take? this take if we read a single byte at a time