(1- input (2-processing (3-storage (4-output
Four parts of information processing cycle are:input - anything that is embedded in a system for some type of use.processing - takes place in the internal parts of the computer. It takes input and turns it into something useful.storage - saved dataoutput - processed information in a usable format.
The information processing cycle simply shows how information moves from one point to another. An example involves receptor, the control center, effector and finally to the environment.
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You can not use 4-cycle oil in a 2-cycle engine because the four cycle oil will not mix it is not designed to.Two cycle oil is designed to mix with fule to lube the two cycle parts in your motor.
All the six Parts Of The Hydologic Cycle are: 1. Evapotranspiration. 2. Condensation. 3. Precipitation. 4. Infiltration. 5. Percolation. 6. Runoff.
If your talking about oil, NO you cannot. Two cycle oil is meant to be mixed with gasoline. It lubricates the internal parts and eventually ends up getting in the combustion chamber and burnt. 4 Cycle oil is menat for 4 cycle engines with no gas mixed with the oil.
The 4 common part of the computer are:Monitor - The screen that gives you a visual aid of what going on.Central Processing Unit or CPU- the main part the handles the processing task of the computerKeyboard- The part that allows you to give commands to the computer by typing.Printer- the devices that allows you to print images/information from the computer onto paper.
The four phases of the information processing cycle are input, processing, output, and storage. Input involves gathering data or information from external sources. Processing involves manipulating and analyzing the inputted data. Output involves presenting the processed data in a meaningful way. Storage involves saving and retaining the data for future use.
4 Cycle engines do not require an oil and gasoline mixture. The 2 cycle engine does require an oil and gasoline mixture. This oil and gasoline mixture for the 2 cycle engine provides critical lubrication for the rotating/moving parts.
The theoretical speedup of a pipeline is calculated as the number of stages in the pipeline. For a 4-stage pipeline, the theoretical speedup would be 4. In this case, with a clock cycle of 20ns and processing 100 tasks, the total time taken to process all tasks would be 20ns * 100 = 2000ns. With a 4-stage pipeline, the time taken to process all tasks would be 2000ns / 4 = 500ns, resulting in a theoretical speedup of 4.