Numbering Systems
Data Structures
Hardware Components
Programming Languages
Digital Logic
100

This numbering system has a base of 10

Decimal

100

This DS (Data Structure) has elements in a randomly accessed grouping.

Array

100

This HC (Hardware Component) handles cooling of the CPU.

CPU Cooler

100

This language is named after a snake.

Python

100

This logic gate has two inputs and one output that is ON when both inputs are ON.

AND gate

200

This numbering system has a base of two

Binary

200

This DS involves nodes that contain data and point to another node.

Linked List

200

This HC handles randomly accessed data.

RAM (Random Access Memory)

200

This language comprises lowest level of code (other than the machine code itself)

Assembly

200

This logic gate has two inputs and one output that is ON if either input is ON.

OR gate

300

This numbering system has a base of three.

Ternary

300

This DS sorts data based on comparison to a pivot. (Hint: Tree)

Binary Terr

300

This HC handles most of the processing of the computer.

CPU (Central Processing Unit)

300

This language is the first to take advantage of a virtual machine and runtime environment.

Java

300

This logic gate has one input and one output that is ON when the input is OFF.

NOT gate (Inversion gate)

400

This numbering system has a base of eight.

Octal

400

This DS has one data entry point and one data exit point.

Queue (FIFO Queue)

400

This HC handles processing pertaining to graphics.

GPU

400

This language is one of the oldest and most popular high-level programming languages (1977).

C

400

This logic gate is the logical inverse of the AND gate.

NAND

500

This numbering system has a base of sixteen.

Hexadecimal

500

This DS has a single entry/exit point where data is added (push) and removed (pop).

Stack (FILO Queue)

500

This HC handles reading and writing of removable modular storage disks.

Floppy Drive

500

This language is the most commonly used data processing and scientific language.

R

500

This logic gate has two input and one output that is on if both inputs are ON or if both inputs are OFF. This gate is also referred to as the logical biconditional.

XNOR (Exclusive NOR)