อยากเป็นปลาจังมีคนเลี้ยงแล้วให้อาหา

อยากเป็นปลาจังมีคนเลี้ยงแล้วให้อาหาร

結果 (日本語) 1:

私は魚になりたい、誰かが餌をやらなければならない。

結果 (日本語) 2:

Processing The nerve centre of a PC is the processor, also called the CPU, or central processing unit. This is built into a single chip which executes program instructions and coordinates the activities that take place within the computer system. The chip itself is a small piece of silicon with a complex electrical circuit called an integrated circuit The processor consists of three main parts: The control unit examines the instructions in the user's program, interprets each instruction and causes the circuits and the rest of the components – monitor, disk drives, etc. – to execute the functions specified. The arithmetic logic unit (ALU) performs mathematical calculations (+, -, etc.) and logical operations (AND, OR, NOT). The registers are. high-speed units of memory used to store and control data. One of the registers (the program counter, or PC) keeps track of the next instruction to be performed in the main memory. The other (the instruction register, or IR) holds the instruction that is being executed. The power and performance of a computer is partly determined by the speed of its processor. A system clock sends out signals at fixed intervals to measure and synchronize the flow of data. Clock speed is measured in gigahertz (GHz). For example, a CPU running at 4GHz (four thousand million hertz, or cycles, per 20 second) will enable your PC to handle the most demanding applications. RAM and ROM The programs and data which pass through the processor must be loaded into the main memory in order to be processed. Therefore, when the user runs a program, the CPU looks for it on the hard disk and transfers a copy into the RAM chips. RAM (random access memory) is volatile – that is, its information is lost when 25 the computer is turned off. However, ROM (read only memory) is non-volatile, containing instructions and routines for the basic operations of the CPU. The BIOS (basic input/output system) uses ROM to control communication with peripherals. RAM capacity can be expanded by adding extra chips, usually contained in 30 small circuit boards called dual in-line memory modules (DIMMs).

バスとカード システム内のメイン回路基板はマザーボードと呼ばれ、プロセッサ、メモリチップ、拡張スロット、周辺機器用のコントローラが含まれており、バスで接続されています。 たとえば、前方 35 側バスは、CPU から他のデバイスに渡されるすべてのデータを伝送します。 バスの幅と呼ばれるバスのサイズは、伝送できるデータの量を決定します。

結果 (日本語) 3:

裏切り者になりたいです。