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1. Consider the memory blocks shown in the Figure-1. Suppose, the block size is 4KB. a. If you need to allocate a 20KB file on the provided storage as given in the Figure-1, then what will be the address of the last block of your file. b. Show the file allocation map. 11 8 0 9 0 10 0 12 14 De Figure-1: Memory block mapping. Dark blocks are occupied. White blocks are free to use. The numbers represent the corresponding block addresses. : 1 2 2. Consider the memory map of Figure-2. Suppose, the block size is 4KB. You need to allocate a 12KB file. Also, the file blocks should be accessible in a random manner. 4 5 a. Which memory allocation method you would choose? b. Why? c. Show the file allocation map. 1:0 12 13 Figure-2: Memory block mapping. Dark blocks are occupied. White blocks are free to use. The numbers represent the corresponding block addresses. 1. Consider the memory blocks shown in the Figure-1. Suppose, the block size is 4KB. a. If you need to allocate a 20KB file on the provided storage as given in the Figure-1, then what will be the address of the last block of your file. b. Show the file allocation map. 11 8 0 9 0 10 0 12 14 De Figure-1: Memory block mapping. Dark blocks are occupied. White blocks are free to use. The numbers represent the corresponding block addresses. : 1 2 2. Consider the memory map of Figure-2. Suppose, the block size is 4KB. You need to allocate a 12KB file. Also, the file blocks should be accessible in a random manner. 4 5 a. Which memory allocation method you would choose? b. Why? c. Show the file allocation map. 1:0 12 13 Figure-2: Memory block mapping. Dark blocks are occupied. White blocks are free to use. The numbers represent the corresponding block addresses