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The codes "Mid 128," "PID 131," and "FMI 2" are commonly used in the context of heavy-duty vehicle diagnostics, particularly in the realm of engine control modules. "MID" stands for the module identifier, "PID" refers to the parameter identifier, and "FMI" indicates the failure mode identifier. In this case, MID 128 typically corresponds to the engine ECU, PID 131 could represent a specific parameter related to engine performance, and FMI 2 might suggest a data erratic, intermittent, or incorrect signal issue. Further analysis and troubleshooting would be needed to pinpoint the exact problem indicated by these codes.
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EzraOh, dude, you're hitting me with those diagnostic trouble codes! So, MID 128 stands for the Engine ECU, PID 131 is related to the engine coolant temperature, and FMI 2 indicates that the temperature is below normal operating range. Basically, your engine might be feeling a bit chilly, so maybe grab it a tiny sweater or something.
Ah, I see you're talking about diagnostic trouble codes! Remember, each code is like a little clue from your car telling you something might need attention. Take your time to investigate and address the issue with care and patience, just like when you're painting happy little trees.
Oh honey, you've got yourself a standard diagnostic trouble code there. Mid 128 refers to the engine, pid 131 is the specific parameter being monitored (in this case, probably related to fuel), and fmi 2 indicates the severity of the issue (which is usually a minor glitch). Time to roll up those sleeves and get that engine checked out, darling!
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What is a pie in mathematics?
The only 'pie' in mathematics, is the graphical circle. Otherwise 'Pie' is the foodstuff that you eat, e.g., Apple Pie, Meat pie. However, there is a 'pi' in mathematics; note the spelling. 'pi' in mathematics is the constant of direct proportion between a circle's circumference and its diameter. 'pi' in mathematics is an irrational number, which is 3.141592.... . An irrational number is one were the decimals go to infinity and there is no regular order in the decimal digits. In school when learning circle calculations, you are probably given ' pi = 3.14 ' or 'pi = 3.1416 . However these values are only approximations. The algebraic equation for circles is C = pid or C = 2pi*r . Area of a circle is A = pi *r^(2) NB 'pi' is the small/lower case Classical Greek letter 'p' , and means 'proportion'.
How long has pi been around?
For at least 3,000 years. 'pi' is the small case Classical Greek letter 'p', and means 'proportion'. The Sumerian civilisation is thought to have calculated it. They noticed that when a donkey is tethered to a pole to drive up water, it went round in a circle. The distance around the circle(circumference) was greater , the longer the tether was made (radius). From this they deduced that the circumference was directly proportional to the diameter * 2 radii). In algebraic terms C is directly proportional to d Equating C = d * k ( k is a constant) Hence dividing by 'd' k = C/d K was found to be always 3.141592.... and was given the name 'pi' , for proportion. Hence today we use C = pid or C = 2pi*r If you are learning about this in school , you will probably be given pi = 3.14, but this is only an approximation. A closer approximation is pi = 3.1416 However, 'pi' is an IRRATIONAL number, which casually means, the decimals go to infinity and are not in any regular order. Supa Dupa computers have calculated 'pi' to billions of places and still going. A Classical Greek mathematician , Eratosthenes, in approximately 220 BC and using 'pi' calculated the Earth's circumference to a very high degree of accuracy. It took Christopher Columbus 1600 more years to actually prove the point.
