Hard Disk Recording

SCSI

Firewire

SATA

SPDIF

The Cache RAM

Internal hard drive

The DVD drive

Virtual RAM doesn't exist anywhere, it's virtual...

Internally

Externally

On another computer

ESATA only works in Brasil

Repair Disk Permissions

Format hard drives

Create identical sector backups of hard drives with the Restore function

All of the above

You need a third party program to do any of these things

Standard, Stand Alone, and Host Based

Standard, Stand Alone, and Real-time

Stand Alone, Host Based, and Real-time

Host Based, Real-time and Standard

USB2.0

IEEE1394

PCIe (express)

SCSI

Are capable of mixing tracks

Have discrete inputs, and combined L/R outputs

Have discrete inputs and outputs

Always have a GUI

10,000 RPM

5,400 RPM

3,200 RPM

7,200 RPM

Increases seek time

Should never be done

Decreases seek time

Has no effect on your system performance

Decreases latency and decreases playback performance

Increases playback performance and increases latency

Uses less RAM

Doesn't work at high sample rates

Decreases the delay caused by using plug-ins

True

False

Small System Computer Interface

Small Setup Computer Interface

Seriously Small Computer Interface

Seriously Silly Computer Interface

Capacity

Buffer Size

RPM

A & B only

A, B & C

Possible Component Interconnect

Peripheral Component Interconnect

Peripheral Computer Interconnect

Potential Component Interconnect

Northbridge

Memory Hub

CPU

Front Side Bus

Seek time and power transfer ratio

Rotational delay and data compression rate

Hardware buffer size, and disk circumference

Seek time and rotational delay

Double Digital Response

Data Data Redundant

Double Data Rate

None of the above, it doesn't stand for anything

To act as an additional hard drive

To temporarily store immediately needed data for faster access by the CPU

To process plug-ins

To mix the record for you

True

False

Greater rotational delay and taxing of the north bridge memory

You can't partition the internal hard drive of your computer

There is no down side to partitioning any drive

Longer seek times and mechanical fatigue of the HDD

Planes and lanes

X and y axis

Tracks and sectors

Tracks and lanes

Holds persistent data

Looses stored memory when power is not longer supplied

Is the best kind of memory there is

Is no longer used in computers

Creates tracks and sectors and erases all the data on the drive

Erases only the empty space on a hard drive

Erases references to the information on the hard drive but not the information itself

Can't be done on mac's

Making transfer on both edged of the clock cycle

Running it's internal clock at half speed to the bus clock

It doesn't, DDR2 RAM only makes one data transfer per clock cycle

A & B

To prevent the power from going out

To prevent the motherboard from failing

To help maintain the integrity of the file system in the event of a hardware or power failure

To make the OS run faster

Synchronizes the computer's functions

Makes the computer run faster

Only affects the Random access memory

Is responsible for carying out all of the computers commands and functions

True

False

Is responsible for memory control

Makes the computer run faster

Has taken the place of the front side bus

Is responsible for booting the operating system

They are less expensive

They use less electricity and produce less heat

They are less susceptible to physical shock

They have much less latency when writing and retrieving data

B, C, & D

A, C & D

A method by which hard disk drives are partitioned into two virtual storage units

A method by which information is transmitted faster

A method by which one CPU is partitioned into two virtual CPU's

An alternative to quick path interconnect and hyper transport