Draw a simple memory diagram showing how a program stores three variables: an integer 'age' with value 25, a float 'height' with value 1.75, and a string 'name' with value 'Ana'. Label the memory addresses and values clearly.
Memory Diagram: +---------+---------+---------+---------+---------+---------+---------+---------+ | Address | 0x1000 | 0x1004 | 0x1008 | 0x1009 | 0x100A | 0x100B | 0x100C | +---------+---------+---------+---------+---------+---------+---------+---------+ | Value | 25 | 1.75 | 'A' | 'n' | 'a' | '\0' | | +---------+---------+---------+---------+---------+---------+---------+---------+ Explanation: - 'age' is an integer stored at address 0x1000 with value 25. - 'height' is a float stored at address 0x1004 with value 1.75. - 'name' is a string stored starting at address 0x1008 with characters 'A', 'n', 'a', and a null terminator '\0' at 0x100B. - Each box represents 1 byte of memory. - The string ends with a special '\0' character to mark its end.
This memory diagram shows how three variables are stored in memory.
Each box represents 1 byte of memory with a unique address.
The integer 'age' uses 4 bytes starting at address 0x1000 and stores the value 25.
The float 'height' uses the next 4 bytes starting at 0x1004 and stores 1.75.
The string 'name' starts at 0x1008 and uses several bytes to store each character: 'A' at 0x1008, 'n' at 0x1009, 'a' at 0x100A, and a null character '\0' at 0x100B to mark the end of the string.
This shows how different types use memory and how strings are stored as sequences of characters ending with a special marker.