IntComp: Hardware Flashcards

(47 cards)

1
Q

is often likened to the brain of a computer. Just as our brains process information, make decisions, and give commands to our bodies, the CPU performs a similar role for the computer.

A

Central Processing Unit (CPU)

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2
Q

Whenever you click an icon, open an application, or even move your mouse, you’re giving a command to your computer

A

Commands and Instructions

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3
Q

similar to this short-term memory or quick-access notepad you use when cooking

A

RAM, or Random Access Memory,

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4
Q

It’s where your computer stores data that it’s currently working on or using, so it can be accessed quickly.

A

RAM, or Random Access Memory,

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5
Q

They’ve been around for a long time and are a well-established way to store lots of data.

A

Hard Drives (HDDs)

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6
Q

have spinning magnetic discs, called platters, and a moving arm, called a read/write head.

A

Hard Drives (HDDs)

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7
Q

they usually offer a lot of storage space for a lower price

A

Hard Drives (HDDs)

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8
Q

They’re a newer technology compared to HDDs and are faster and more reliable.

A

Solid-State Drives (SSDs)

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9
Q

use a type of flash memory, similar to what’s in your USB thumb drives or smartphones

A

Solid-State Drives (SSDs)

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10
Q

are less prone to physical wear and tear, making them more durable

A

Solid-State Drives (SSDs)

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11
Q

they can access data instantly, your computer will boot up faster, and programs will load more quickly

A

Solid-State Drives (SSDs)

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12
Q

generally more expensive than HDDs per gigabyte of storage

A

Solid-State Drives (SSDs)

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13
Q

is the main circuit board and foundational piece in a computer

A

The Motherboard

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14
Q

Everything connects to it, just as all roads lead to and from the city center.

A

The Motherboard

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15
Q

distributes power to all computer components and ensures they can ‘communicate’ with each other effectively

A

The Motherboard

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16
Q

have expansion slots. If you want to add new capabilities to your computer in the future, like a better graphics card or a sound card,

A

The Motherboard

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17
Q

has its own set of controllers and chips that manage data flow, ensuring everything runs smoothly without ‘traffic jams’

A

The Motherboard

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18
Q

main job is to render images and display them on your computer screen. Every app you open, every video you watch, and every game you play

A

Graphics Processing Unit (GPU)

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19
Q

takes on the heavy lifting to ensure everything appears smooth and lifelike.

A

Graphics Processing Unit (GPU)

20
Q

can rapidly process and change visuals, leading to smoother animations, especially noticeable in video games or during high-definition video playback.

A

Graphics Processing Unit (GPU)

21
Q

have their own type of memory called VRAM (Video Random Access Memory)

A

Graphics Processing Unit (GPU)

22
Q

This allows them to store textures, frames, and other visual data for quick access, ensuring that you get uninterrupted and high-quality visuals

A

Graphics Processing Unit (GPU)

23
Q

is the powerhouse behind every visual element you see on your computer

A

Graphics Processing Unit (GPU)

24
Q

acts as the electricity grid, providing the necessary power to each and every component

A

Power Supply Unit (PSU)

25
is tasked with converting the alternating current (AC) from your wall outlet into a direct current (DC)
Power Supply Unit (PSU)
26
computer components require DC power, and this is responsible for this conversion.
Power Supply Unit (PSU)
27
provides various connectors to ensure that from the smallest fan to the most powerful CPU
Power Supply Unit (PSU)
28
has built-in mechanisms to protect your computer from electrical surges or outages
Power Supply Unit (PSU)
29
are designed to be energy efficient
Psu
30
ensures every component gets the power it needs.
PSU
31
These are the various connectors found typically on the back (and sometimes the front) of your computer
I/O Ports
32
Universally recognized and used for connecting a vast range of devices such as flash drives, printers, cameras, and more.
USB Ports:
33
Used to transmit video and audio to a display, such as a monitor or TV.
HDMI & DisplayPort
34
Allows for wired internet connectivity.
Ethernet Port
35
For connecting headphones, microphones, and speakers.
Audio Jacks
36
An older video output used for connecting to monitors.
VGA Port
37
These are slots located on the motherboard itself, designed to accommodate additional cards that enhance or add functionality to the computer
Expansion Slots
38
These are the most common type of expansion slot in modern PCs, allowing users to add a range of cards, from graphics cards (GPUs)
PCIe (Peripheral Component Interconnect Express) Slots
39
A newer slot primarily for attaching high-speed storage devices directly to the motherboard.
M.2 Slot
40
These are the most basic and commonly used cooling devices
Air Cooling Systems
41
Typically made of metal (often aluminum or copper), these are designed with fins to increase surface area and dissipate heat more effectively.
Heatsinks:
42
These are pre-assembled, sealed systems where a liquid circulates through tubes, absorbing heat
Closed-loop/All-in-one (AIO) Coolers
43
This is a more complex, customizable system that enthusiasts might use
Open-loop/Custom Loop
44
These are less common, more specialized cooling solutions
Phase Change and Peltier (Thermoelectric) Coolers
45
Some components, especially those designed for low-power usage, might rely on passive cooling
Passive Cooling
46
can accumulate on fans and heatsinks, reducing their efficiency
Dust:
47
This is a thermally conductive compound placed between the CPU and its cooler to ensure efficient heat transfer
Thermal Paste