also referred to as the mouse port or keyboard port, was developed by IBM. It is used to connect a computer mouse or keyboard to an IBM compatible computer. The PS/2 port is a mini DIN plug that contains six pins and is still sometimes found on all IBM compatible computers

Is any receptacle or jack to which an audio device such as speakers, headphones or a microphone can be connected.

It is an external interface commonly found on PCs from the early 1980s to early 2000s. It was used to connect peripheral devices such as printers and external storage devices. It was eventually superseded by USB, which provides a smaller connection and significantly faster data transfer rates.

It is an interface for digital displays, particularly computer monitors. It was developed by the Video Electronics Standards Association (VESA) as a high-performance replacement for other display modes such as VGA (Video Graphics Array) and DVI (Digital Visual Interface).

It is a device port which was available in most personal computer-compatible systems. This input/output connector traditionally allowed users to connect game pads, joysticks or other compatible devices to provide additional functionality to the computer system.

Is a popular display standard developed by IBM and introduced in 1987. provides 640 x 480 resolution color display screens with a refresh rate of 60 Hz and 16 colors displayed at a time. It utilizes analog signals, which means it's only capable of lower resolutions and a lower quality display on screens.

It allows a computer to connect to a network using a wired connection.

Is a trademark and brand name for a digital interface used to transmit audio and video data in a single cable. It is supported by modern audio/video equipment, such as 4K televisions, HDTVs, audio receivers, DVD and Blu-ray players, cable boxes, and video game consoles

Is a plug and play interface that allows a computer to communicate with peripheral and other devices Such as mouse keyboard, flash drives and printers.

A serial interface for transferring digital audio from CD and DVD players to amplifiers and TVs. S/PDIF is typically used to transmit PCM and Dolby Digital 5.1, but it is not tied to any sampling rate or audio standard

In this process System will check all the hardware's and Software's those are installed or attached with the system and all the Files those are required for running a system, also loads into memory.

the following are the Items typically configured in BIOS  except one.

These Two different types of devices are controlled by the BIOS.

 Is a preinstalled program used during startup on Windows-based computers. 

The BIOS functions outside of the OS, and it is not dependent on it.

Power-On Self Test is a special set of ROM routines that run whenever a PC is booted.

If any device does not pass the test, BIOS uses a beeping noise (beep codes) to alert the user. Specific problems are indicated by different numbers of beeps, but the interpretation of these varies depending on the BIOS used.

The complementary metal-oxide semiconductor (CMOS) is a separate chip on the motherboard.Unlike BIOS, it is actually a volatile, low-power RAM chip powered by a small, watch-type battery (CR2032 cell).

One of The easiest way to clear the CMOS is By Reseating the CMOS Battery

UEFI can be backward compatible with BIOS settings controlling UEFI hardware

UEFI is OS independent, supports multiple extensions, and has its own extensible firmware interface (EFI) shell.

BIOS MBR can handle a larger partition and disk size (up to 2.2 TB).

UEFI can access all PC hardware in both 32-bit and 64-bit versions.

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Removing Ram

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

Personal Computer Disassembly

Directions: determine what step is highlighted from the given if the possible arrangement of steps are from step 1 to 10

Detaching the Hard Drive, Detaching the power supply,

Opening the outer shell / case, Pull Out the Motherboard,

Removing the CD / DVD Drives, Removing the CPU fan,

Removing the system fan, Unplugging all the cables and wires

In Personal Computer Disassembly

Removing CPU is step number ___________?

In the Steps in Connecting Peripherals of a PC

what particular step number is .. "Attach the monitor cable to the video port"

In the Steps in Connecting Peripherals of a PC

what particular step number is .. "Secure the cable by tightening the screws on the connector."

In the Steps in Connecting Peripherals of a PC

what particular step number is .. "Plug the keyboard cable into the PS/2 keyboard port.."

In the Steps in Connecting Peripherals of a PC

what particular step number is .. "Plug the mouse cable into the PS/2 mouse port."

In the Steps in Connecting Peripherals of a PC

what particular step number is .. "Plug the network cable into the network port."

In the Steps in Connecting Peripherals of a PC

what particular step number is .. "Plug the USB cable into a USB port.."

In the Steps in Connecting Peripherals of a PC

what particular step number is .. "Plug the power cable into the power supply."

WHAT TOOLS DO YOU NEED TO DISASSEMBLE A PC?

The main component, based on its function, of the internal structure of all computers. Mainly responsible for the interaction of all the elements of the computer, such as the CPU, RAM, storage, graphics card, I/O, among others.

It refers to the motherboard’s geometry, dimensions, arrangement and electrical requirements.

is the most common design of motherboard for desktop computers. the size of this Mother board is s 12" wide x 9.6" deep.

It is a motherboard that is 9.6" wide x 9.6" deep. This motherboard was first introduced by Intel in December 1997 and is a smaller motherboard that can be used in either an ATX case or smaller computer case.

This motherboard form factor that measures 17 cm x 17 cm (6.75" x 6.75") in size. They often have two memory slots, 1 PCI Express or mini-PCI slot, several USB ports, and one network port

This form factor specifications call for the board to be 10 × 7.2 cm (3.9 × 2.8 in), which is half the area of Nano-ITX.

It is a circuit, which is used to controls the of resources such as the bus interface with the processor, cache memory and RAM, expansion cards, etc. It used to coordinate data transfers between the various components of the computer.

It is a motherboard form factor first announced by Intel on September 17, 2003 as a replacement for ATX. features a low profile, more efficient layout to facilitate cooling, a scalable board to accommodate different system sizes, and support for high-mass motherboard components.

The portion of the motherboard that allows you to connect external devices, such as your monitor, speakers, keyboard, and mouse. As can be seen in the picture below, the back panel is on the edge of the motherboard. When installing the motherboard, this side of the motherboard would be on the back side of the case and is inserted into the cases I/O plate.

It is where the connectors of hard disk drive activity lights, case speaker, reset button, power on/off button, computer power on light, and key lock, are connected to make them function smoothly.

A battery that maintains the time, date, hard disk and other configuration settings in the memory. It is small and are attached directly to the motherboard.

these are where we insert the RAM. Most motherboards have two to four memory slots, which determine the type of RAM used with the computer. And the most common types of RAM are SDRAM and DDR for desktop computers and SODIMM for laptop computers, each having various types and speeds.

contains one or more mechanical components providing mechanical and electrical connections between a microprocessor and a printed circuit board (PCB). This allows for placing and replacing the central processing unit (CPU) without soldering

PCIe slots come in different physical configurations: x1, x4, x8, x16, x32. The number after the x tells you how many lanes (how data travels to and from the PCIe card) that PCIe slot has, This PCIe slot has one lane and can move data at one bit per cycle.

ATX provides primary power to the system. It powers all directly connected components and SMDs, and provides power to PCI-E devices.

takes RGB lighting beyond the checkbox, combining and controlling the LEDs of all your Aura-enabled products from a single application to achieve perfect, synchronized harmony. From motherboards and RGB strips to graphics cards and beyond you can customize your LED's.