Deck 2: Preparing for Linux Installation

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Question
Any operating system can be installed on any computer, regardless of the computer's hardware.
Use Space or
up arrow
down arrow
to flip the card.
Question
The most common slot for peripheral devices used today is a(n)____ slot.

A)PCI
B)ISA
C)AGP
D)DMA
Question
Almost all USB devices can be attached to the computer while it is on for the operating system to detect and use.
Question
A Windows utility useful for gaining hardware information regarding the video card and monitor is the ____.

A)System Information tool
B)Computer manual
C)Device Manager
D)Display applet
Question
____ ports allow a small card to be inserted into the computer with the electronics necessary to provide a certain function.

A)PCMCIA
B)FireWire
C)USB
D)LPT
Question
____ allows a peripheral to bypass the CPU and talk directly with other peripheral components to enhance performance.

A)AGP
B)ISA
C)DMA
D)USB
Question
The information stored on ____ does not need constant refreshing and can go for short periods without a flow of electricity.

A)SDRAM
B)RDRAM
C)DDR SDRAM
D)SRAM
Question
Keyboards and mice are devices that facilitate user input and direction.
Question
The ____ stores information for retrieval in a separate computer chip that is connected to the processor via a high-speed link.

A)Level 1 (L1)cache
B)Level 2 (L2)cache
C)Level 3 (L3)cache
D)Control Unit
Question
____ drives use lasers to read reflected light pulses.

A)Hard disk
B)Zip
C)Floppy
D)CD-ROM
Question
On Linux, a master hard drive connected to the secondary IDE controller would be named ____.

A)hda
B)hdb
C)hdc
D)hdd
Question
____ controllers are physically separate from the HDD and are usually attached to the mainboard via slots on the mainboard itself.

A)SCSI
B)ATA
C)Slave
D)IDE
Question
____ is a type of DRAM stick that is used in portable notebook computers and Macintosh systems.

A)DIMM
B)RIMM
C)SIMM
D)SODIMM
Question
Clock speed alone determines the speed at which a processor can work.
Question
____ maintains an information store that can not only be erased and rewritten as a whole, but can also be modified singly, leaving other portions intact.

A)PROM
B)EEPROM
C)SRAM
D)EPROM
Question
____ refers to a system in which each processor is given a certain role or set of tasks to complete independently of the other processors.

A)CISC
B)SMP
C)ASMP
D)RISC
Question
Greater amounts of ____ memory allow more programs to run simultaneously on the system.

A)PROM
B)ROM
C)RAM
D)BIOS ROM
Question
Most Intel processors available today are ____-bit processors.

A)8
B)16
C)32
D)64
Question
The most important software information required before installation is the software packages needed to customize the Linux system to perform certain tasks.
Question
An IEEE 1394 port is also known as a ____ port.

A)COM
B)USB
C)FireWire
D)PS/2
Question
Match between columns
A small working area of RAM where the CPU can pass information to and receive information from a device.
Input/Output (I/O)address
A small working area of RAM where the CPU can pass information to and receive information from a device.
Resolution
A small working area of RAM where the CPU can pass information to and receive information from a device.
APM
A small working area of RAM where the CPU can pass information to and receive information from a device.
IRQ
A small working area of RAM where the CPU can pass information to and receive information from a device.
SRAM
A small working area of RAM where the CPU can pass information to and receive information from a device.
Superscalar
A small working area of RAM where the CPU can pass information to and receive information from a device.
ASMP
A small working area of RAM where the CPU can pass information to and receive information from a device.
BIOS ROM
A small working area of RAM where the CPU can pass information to and receive information from a device.
PnP
Shuts off power to components such as PCMCIA devices if they are not being used.
Input/Output (I/O)address
Shuts off power to components such as PCMCIA devices if they are not being used.
Resolution
Shuts off power to components such as PCMCIA devices if they are not being used.
APM
Shuts off power to components such as PCMCIA devices if they are not being used.
IRQ
Shuts off power to components such as PCMCIA devices if they are not being used.
SRAM
Shuts off power to components such as PCMCIA devices if they are not being used.
Superscalar
Shuts off power to components such as PCMCIA devices if they are not being used.
ASMP
Shuts off power to components such as PCMCIA devices if they are not being used.
BIOS ROM
Shuts off power to components such as PCMCIA devices if they are not being used.
PnP
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
Input/Output (I/O)address
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
Resolution
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
APM
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
IRQ
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
SRAM
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
Superscalar
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
ASMP
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
BIOS ROM
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
PnP
Term for a processor that is able to complete more than one command in any given cycle.
Input/Output (I/O)address
Term for a processor that is able to complete more than one command in any given cycle.
Resolution
Term for a processor that is able to complete more than one command in any given cycle.
APM
Term for a processor that is able to complete more than one command in any given cycle.
IRQ
Term for a processor that is able to complete more than one command in any given cycle.
SRAM
Term for a processor that is able to complete more than one command in any given cycle.
Superscalar
Term for a processor that is able to complete more than one command in any given cycle.
ASMP
Term for a processor that is able to complete more than one command in any given cycle.
BIOS ROM
Term for a processor that is able to complete more than one command in any given cycle.
PnP
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
Input/Output (I/O)address
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
Resolution
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
APM
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
IRQ
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
SRAM
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
Superscalar
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
ASMP
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
BIOS ROM
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
PnP
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
Input/Output (I/O)address
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
Resolution
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
APM
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
IRQ
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
SRAM
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
Superscalar
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
ASMP
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
BIOS ROM
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
PnP
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
Input/Output (I/O)address
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
Resolution
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
APM
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
IRQ
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
SRAM
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
Superscalar
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
ASMP
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
BIOS ROM
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
PnP
Total number of pixels that can be displayed on a computer video screen.
Input/Output (I/O)address
Total number of pixels that can be displayed on a computer video screen.
Resolution
Total number of pixels that can be displayed on a computer video screen.
APM
Total number of pixels that can be displayed on a computer video screen.
IRQ
Total number of pixels that can be displayed on a computer video screen.
SRAM
Total number of pixels that can be displayed on a computer video screen.
Superscalar
Total number of pixels that can be displayed on a computer video screen.
ASMP
Total number of pixels that can be displayed on a computer video screen.
BIOS ROM
Total number of pixels that can be displayed on a computer video screen.
PnP
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
Input/Output (I/O)address
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
Resolution
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
APM
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
IRQ
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
SRAM
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
Superscalar
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
ASMP
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
BIOS ROM
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
PnP
Question
Before installing Linux, each individual hardware component in your computer should be checked against the _________________________.
Question
The table of all partition information for a certain hard disk is stored is called the _________________________.
Question
Describe the function of the mainboard.
Question
The NIC settings can be automatically configured during installation, provided a(n)_________________________ server exists on the network.
Question
The core component of any computer is the _________________________.
Question
_________________________ controllers are physically separate from the HDD and are usually attached to the mainboard via slots on the mainboard itself.
Question
List and describe the values required to complete the configuration of the NIC when installing a Linux system to use or provide network services.
Question
Describe how a Hard Disk Drive stores data.
Question
What is the difference between RAM and ROM? What is each used for?
Question
List and describe the tools that can be used to gather hardware information.
Question
USB version 2 allows a transfer speed of up to ____ per second (most USB supports up to 12MB per second), and can be used with a device called a USB hub to allow up to ____ different devices to connect to one USB port on the mainboard.

A)24MB, 63
B)480MB, 127
C)480GB, 255
D)1000GB, 255
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Deck 2: Preparing for Linux Installation
1
Any operating system can be installed on any computer, regardless of the computer's hardware.
False
2
The most common slot for peripheral devices used today is a(n)____ slot.

A)PCI
B)ISA
C)AGP
D)DMA
A
3
Almost all USB devices can be attached to the computer while it is on for the operating system to detect and use.
True
4
A Windows utility useful for gaining hardware information regarding the video card and monitor is the ____.

A)System Information tool
B)Computer manual
C)Device Manager
D)Display applet
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5
____ ports allow a small card to be inserted into the computer with the electronics necessary to provide a certain function.

A)PCMCIA
B)FireWire
C)USB
D)LPT
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6
____ allows a peripheral to bypass the CPU and talk directly with other peripheral components to enhance performance.

A)AGP
B)ISA
C)DMA
D)USB
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Unlock for access to all 32 flashcards in this deck.
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k this deck
7
The information stored on ____ does not need constant refreshing and can go for short periods without a flow of electricity.

A)SDRAM
B)RDRAM
C)DDR SDRAM
D)SRAM
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8
Keyboards and mice are devices that facilitate user input and direction.
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9
The ____ stores information for retrieval in a separate computer chip that is connected to the processor via a high-speed link.

A)Level 1 (L1)cache
B)Level 2 (L2)cache
C)Level 3 (L3)cache
D)Control Unit
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10
____ drives use lasers to read reflected light pulses.

A)Hard disk
B)Zip
C)Floppy
D)CD-ROM
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k this deck
11
On Linux, a master hard drive connected to the secondary IDE controller would be named ____.

A)hda
B)hdb
C)hdc
D)hdd
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12
____ controllers are physically separate from the HDD and are usually attached to the mainboard via slots on the mainboard itself.

A)SCSI
B)ATA
C)Slave
D)IDE
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13
____ is a type of DRAM stick that is used in portable notebook computers and Macintosh systems.

A)DIMM
B)RIMM
C)SIMM
D)SODIMM
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14
Clock speed alone determines the speed at which a processor can work.
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15
____ maintains an information store that can not only be erased and rewritten as a whole, but can also be modified singly, leaving other portions intact.

A)PROM
B)EEPROM
C)SRAM
D)EPROM
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k this deck
16
____ refers to a system in which each processor is given a certain role or set of tasks to complete independently of the other processors.

A)CISC
B)SMP
C)ASMP
D)RISC
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17
Greater amounts of ____ memory allow more programs to run simultaneously on the system.

A)PROM
B)ROM
C)RAM
D)BIOS ROM
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18
Most Intel processors available today are ____-bit processors.

A)8
B)16
C)32
D)64
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19
The most important software information required before installation is the software packages needed to customize the Linux system to perform certain tasks.
Unlock Deck
Unlock for access to all 32 flashcards in this deck.
Unlock Deck
k this deck
20
An IEEE 1394 port is also known as a ____ port.

A)COM
B)USB
C)FireWire
D)PS/2
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Unlock for access to all 32 flashcards in this deck.
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21
Match between columns
A small working area of RAM where the CPU can pass information to and receive information from a device.
Input/Output (I/O)address
A small working area of RAM where the CPU can pass information to and receive information from a device.
Resolution
A small working area of RAM where the CPU can pass information to and receive information from a device.
APM
A small working area of RAM where the CPU can pass information to and receive information from a device.
IRQ
A small working area of RAM where the CPU can pass information to and receive information from a device.
SRAM
A small working area of RAM where the CPU can pass information to and receive information from a device.
Superscalar
A small working area of RAM where the CPU can pass information to and receive information from a device.
ASMP
A small working area of RAM where the CPU can pass information to and receive information from a device.
BIOS ROM
A small working area of RAM where the CPU can pass information to and receive information from a device.
PnP
Shuts off power to components such as PCMCIA devices if they are not being used.
Input/Output (I/O)address
Shuts off power to components such as PCMCIA devices if they are not being used.
Resolution
Shuts off power to components such as PCMCIA devices if they are not being used.
APM
Shuts off power to components such as PCMCIA devices if they are not being used.
IRQ
Shuts off power to components such as PCMCIA devices if they are not being used.
SRAM
Shuts off power to components such as PCMCIA devices if they are not being used.
Superscalar
Shuts off power to components such as PCMCIA devices if they are not being used.
ASMP
Shuts off power to components such as PCMCIA devices if they are not being used.
BIOS ROM
Shuts off power to components such as PCMCIA devices if they are not being used.
PnP
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
Input/Output (I/O)address
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
Resolution
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
APM
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
IRQ
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
SRAM
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
Superscalar
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
ASMP
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
BIOS ROM
Ability to automatically assign the correct IRQ, I/O address, and DMA channel (if used)without any user intervention.
PnP
Term for a processor that is able to complete more than one command in any given cycle.
Input/Output (I/O)address
Term for a processor that is able to complete more than one command in any given cycle.
Resolution
Term for a processor that is able to complete more than one command in any given cycle.
APM
Term for a processor that is able to complete more than one command in any given cycle.
IRQ
Term for a processor that is able to complete more than one command in any given cycle.
SRAM
Term for a processor that is able to complete more than one command in any given cycle.
Superscalar
Term for a processor that is able to complete more than one command in any given cycle.
ASMP
Term for a processor that is able to complete more than one command in any given cycle.
BIOS ROM
Term for a processor that is able to complete more than one command in any given cycle.
PnP
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
Input/Output (I/O)address
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
Resolution
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
APM
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
IRQ
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
SRAM
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
Superscalar
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
ASMP
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
BIOS ROM
The computer chips on a computer mainboard that contain the programs used to initialize hardware components at boot time.
PnP
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
Input/Output (I/O)address
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
Resolution
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
APM
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
IRQ
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
SRAM
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
Superscalar
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
ASMP
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
BIOS ROM
Specifies a unique channel to the CPU, labeled with a number between 0 and 15.
PnP
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
Input/Output (I/O)address
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
Resolution
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
APM
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
IRQ
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
SRAM
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
Superscalar
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
ASMP
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
BIOS ROM
A multi-processor system in which each processor is given a certain role or set of tasks to complete independently of the other processors.
PnP
Total number of pixels that can be displayed on a computer video screen.
Input/Output (I/O)address
Total number of pixels that can be displayed on a computer video screen.
Resolution
Total number of pixels that can be displayed on a computer video screen.
APM
Total number of pixels that can be displayed on a computer video screen.
IRQ
Total number of pixels that can be displayed on a computer video screen.
SRAM
Total number of pixels that can be displayed on a computer video screen.
Superscalar
Total number of pixels that can be displayed on a computer video screen.
ASMP
Total number of pixels that can be displayed on a computer video screen.
BIOS ROM
Total number of pixels that can be displayed on a computer video screen.
PnP
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
Input/Output (I/O)address
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
Resolution
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
APM
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
IRQ
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
SRAM
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
Superscalar
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
ASMP
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
BIOS ROM
The type of physical memory used for Level 2 processor caches and any memory chips attached directly to the main circuit boards of the computer.
PnP
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22
Before installing Linux, each individual hardware component in your computer should be checked against the _________________________.
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23
The table of all partition information for a certain hard disk is stored is called the _________________________.
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24
Describe the function of the mainboard.
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25
The NIC settings can be automatically configured during installation, provided a(n)_________________________ server exists on the network.
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26
The core component of any computer is the _________________________.
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27
_________________________ controllers are physically separate from the HDD and are usually attached to the mainboard via slots on the mainboard itself.
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28
List and describe the values required to complete the configuration of the NIC when installing a Linux system to use or provide network services.
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29
Describe how a Hard Disk Drive stores data.
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30
What is the difference between RAM and ROM? What is each used for?
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31
List and describe the tools that can be used to gather hardware information.
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32
USB version 2 allows a transfer speed of up to ____ per second (most USB supports up to 12MB per second), and can be used with a device called a USB hub to allow up to ____ different devices to connect to one USB port on the mainboard.

A)24MB, 63
B)480MB, 127
C)480GB, 255
D)1000GB, 255
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