What allows the addition of new functions without having to replace the motherboard?

What allows the addition of new functions without having to replace the motherboard?

• A. Chipsets
• B. Expansion slots
• C. Read only memory (ROM)
• D. Random access memory (RAM)

Answer: (B)

The addition of new functions without needing to replace the motherboard is facilitated by expansion slots. These are designed to accommodate various expansion cards, which can include graphics cards, sound cards, network cards, or any device that upgrades the system's capabilities. By utilizing these slots, a technician can enhance the computer's performance or add new features as technologies evolve, making the system more flexible and future-proof. Chipsets are essential components of the motherboard that manage data transfers between the CPU, memory, and peripheral devices, but they do not directly permit the addition of new functions in the same way expansion slots do. Read-only memory (ROM) contains important firmware and instructions needed for booting the computer, while random access memory (RAM) is used for temporary data storage while programs are running, neither of which facilitate the addition of functions like expansion cards can.

The addition of new functions without needing to replace the motherboard is facilitated by expansion slots. These are designed to accommodate various expansion cards, which can include graphics cards, sound cards, network cards, or any device that upgrades the system's capabilities. By utilizing these slots, a technician can enhance the computer's performance or add new features as technologies evolve, making the system more flexible and future-proof.

Chipsets are essential components of the motherboard that manage data transfers between the CPU, memory, and peripheral devices, but they do not directly permit the addition of new functions in the same way expansion slots do. Read-only memory (ROM) contains important firmware and instructions needed for booting the computer, while random access memory (RAM) is used for temporary data storage while programs are running, neither of which facilitate the addition of functions like expansion cards can.