What is the purpose of RAM's "zero page"? A. It is connected to all the System Board slots. Programs can write/read to those addresses. B. It is an unused part of RAM C. The operating system stores its I/O libraries at that location D. It identifies all the addresses in RAM that have many leading zero bits. Which of the following is true about a chipset? There might be more than one correct answer. A. It is a group of chips (machines) that cooperate together on a common purpose. B. The chips (machines) on a controller card are also considered to be chipsets. C. The MIPS CPU Chipset consists of the Integer CPU, the Floating-point co-processor, and the Interrupt (or Error) co-processor. All these devices can also connect with RAM. D. The MIPS CPU Chipset consists of the Integer CPU, the Floating-point co-processor, and the Interrupt (or Error) co-processor. Only the Integer CPU and the Floating-point co-processor can connect to RAM.
What is the purpose of RAM's "zero page"?
A. It is connected to all the System Board slots. Programs can write/read to those addresses.
B. It is an unused part of RAM
C. The
D. It identifies all the addresses in RAM that have many leading zero bits.
Which of the following is true about a chipset? There might be more than one correct answer.
A. It is a group of chips (machines) that cooperate together on a common purpose.
B. The chips (machines) on a controller card are also considered to be chipsets.
C. The MIPS CPU Chipset consists of the Integer CPU, the Floating-point co-processor, and the Interrupt (or Error) co-processor. All these devices can also connect with RAM.
D. The MIPS CPU Chipset consists of the Integer CPU, the Floating-point co-processor, and the Interrupt (or Error) co-processor. Only the Integer CPU and the Floating-point co-processor can connect to RAM.
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