. For the processors such as Intel Core i-7, ARM Cortex-M3, AVR, and PIC16F87XA: How many bits does the b. What is the maximum memory capacity they can e memory address have? support? e. Are they Harvard architecture and the Von Neumann architecture? 2. Suppose the memory address in most embedded systems has 32 bits. How many unique memory locations can this 32-bit address access? On desktop or servers, usually virtual memory is deployed, which allows a process to allocate and use a memory space that is larger than the physical memory. Why is virtual memory often not used in embedded systems? . What are the advantages and disadvantages of Von Neuman architecture and Harvard architecture? 4. Cortex-MO+ is the most energy-efficient processor in the Cortex-M family. Suppose a Cortex-MO+ 100 uA at running mode, and 50 HA at sleep mode. If the application puts the processor 50% at running mode and 50% at sleep mode, and the processor is powered by two button cell batteries with a total capacity of 600 mAh. How long can the batteries last? (Thumb of rule: Battery Life- Battery Capacity in Milli amps per hour/Load Current in Mill amps 0.70) processor takes s. A mov assembly instruction copies the value of the source register to the destination register. What is the value of the destination register r after the following instruction completes? Memory Address Asembly Instruction 0x08000166 MOV rl, p