technique partially solves the mismatch problem between the CPU an (A) cache (B) interrupt (C) pipeline (D) CISC d the memory 2. The Hamming code can correct errors (A) 0 (B) 1 (C) 2 (D) 3 3. technique can transmit data two times per clock period. (A) SRAM (B) DRAM (C) DDR DRAM (D) ROM 4. After the power off, still holds the data. CA) ROM (B) RAM (C) SRAM (D) DRAM 5. technique can transfer the data directly from I/O devices to memory (A) interrupt (B) DMA (C) RAM (D) Cache 6. device in the computer carry out the arithmetic computations. (A) RAM (B) CPU (C) Disk (D) /O 7. technique can make the stored data more robust to errors (A) RAID (B) Cache (C) DMA (D) interrupt (A) CISC (B) RISC (C) Pentium (D) DSP A) RAM (B) Disk (C) I/O device (D) I/O controller (A) hexadecimal (B) decimal (C) Octal-decimal (D) binary 8. The instructions in thecomputer are of the same length. 9. Before the program execution, the program must be stored in the 10. In a computer, the instructions are in the format