0
Verified answer
Codes from the Manual:
E-1: Temperature is too hot or too cold for the system to work properly. Move your monitor and test strips to a location where the temperature is appropriate and monitor again with a new test strip. You may have to wait for your monitor to adjust to the new temperature. Refer to your test strip instructions for use for the appropriate operating range. If the error message appears again, contact Customer Care.
E-2: Monitor error. Turn the monitor off, then repeat previous monitoring steps. If the error message appears again, contact Customer Care.
E-3: There may be a problem with the test strip. Review the monitoring instructions. Monitor again with a new test strip. If the error message appears again, contact Customer Care.
E-4: Blood glucose result may be too high to be read by the system. OR There may be a problem with the blood glucose or blood ß-Ketone test strip. Monitor again with a new test strip. If the error message appears again, contact your healthcare professional immediately.
E-5: Blood applied to test strip too soon. Review the monitoring instructions. Monitor again with a new test strip. If the error message appears again, contact Customer Care
E-6: Calibration/Test strip error. Repeat the calibration using the calibrator bar that came with the test strip you are using. Check the date setting on your monitor. Check the expiration date on the test strip foil packet. If the error message appears again, contact Customer Care.
E-7: Test strip error. Test strip is damaged, used, or the monitor does not recognize it. Monitor again using a test strip designed for use with Precision Xtra. If the error message appears again, contact Customer Care.
E-8: Monitor error. Remove test strip, turn monitor off, and try to monitor again. If the error message appears again, contact Customer Care.
E-9: Monitor error. Remove test strip, turn monitor off, and try to monitor again. If the error message appears again, contact Customer Care.
Customer Care: (800) 527-3339
What is the greatest possible error of 3.5 cm?
first you must find the precision. that is the smallest possible unit of the smallest measurement. in this case the smallest measurement is 5/10ths. the smallest possible unit is 1/10. so 1/10 is the precision. to find the greatest possible error you have to multiply the precision (1/10) by 1/2. and you get 1/20. the greatest possible error is 1/20. another example: find the greatest possible error of both 6 and 3.214. for 6 the smallest unit would be 1 because you can go lower than one without going to the next unit down. so we then take one and multiply it by 1/2. one half is also 0.5. 1 multiplied by 1/2 is 1/2, therefore, the greatest possible error of 6 is 1/2 or 0.5. for the next number take the smallest unit of 214/1000, which is what .214 is. the smallest measurement would be 1/1000. that is our precision. the greatest possible error is one half (1/2) of the precision, or, 1/1000 x 1/2, which equals 1/2000. the greatest possible error of 3.214 is 1/2000. it's kind of confusing. i hope this helped. first it helps to understand the precision. then from there the gpe is half of the precision.
What is a good value of percent error?
That depends a lot on the application. In electronic circuits, an error of 5-10% or even more is often acceptable; for some applications, you need a much greater precision - even a millionth or less in some cases.
How many millimeters does it take make a meter?
there are a thousand millimeters in a meter An easier way to do this would be to break it down first. we know that there are 100 centimeters in a meter. we also know that there are 10 millimeters in a centimeter. so 10(millimeters in a centimeter) x(times) 100(centimeters in a meter) ...10x100=1000 one thousand millimeters in a meter :) ++++ :(. That is NOT the easier way! Learn what the prefixes mean, instead. The prefix tells you the multiplier, so 'milli' means one-thousandth therefore to turn metres to millimetres multiply them by 1000. You do NOT break a simple, linear conversion into intermediate steps because that makes additional, extra work and increases the risk of error. You may need to use intermediate steps for more unwieldy calculations involving mixed dimensions, but for straight linear conversions just use the prefix-value directly.
How high does percent error have to be considered accurate?
That depends a lot on the application. In some cases, a 10% error (or even more) may be acceptable, in other, 1%, in others, you need a much higher precision. Generally, a %Error of approximately 5% is regarded as accurate. However, this is only a guideline for small experiments or data sets. Also, one should ensure that the relative standard deviation is less than 5% also. This ensures that the data set is precise.
How do you calculate precision?
Accuracy describes the correlation between the measured value and the accepted value. The accuracy of a measurement, or set of measurements, can be expressed in terms of error: The larger the error is, the less accurate is the measurement. Precisiondescribes the reproducibility of a measurement. To evaluate the precision of a set of measurements, start by finding the deviation of each individual measurement in the set from the average of all the measurements in the set: Note that deviation is always positive because the vertical lines in the formula represent absolute value. The average of all the deviations in the set is called the average deviation. The larger the average deviation is, the less precise is the data set.
What is precision xtra glucose meter E 6?
An E6 error on a Precision Xtra glucose meter typically indicates a malfunction with the meter. This error may require contacting the manufacturer for troubleshooting or potentially replacing the meter altogether to ensure accurate blood glucose readings.
Is accuracy or precision related to standard error?
Standard error is a measure of precision.
How is a precision dimension usually expressed?
error
What does code E-9 mean on the accu check glucose meter?
Code E-9 on an Accu-Chek glucose meter typically indicates an error related to the test strip or the meter itself. This error code may appear when the test strip is not inserted correctly, is damaged, or has expired. It could also indicate a problem with the meter's functioning or calibration. It is important to troubleshoot the issue by ensuring proper insertion of a new, undamaged test strip and following the manufacturer's instructions for calibration and maintenance.
Errors in precision are caused by such factors as noise. This type of error which reduces the precision of a measurement system is known as?
The type of error that reduces the precision of a measurement system due to factors like noise is called random error. Random errors are unpredictable fluctuations in measurements that can lead to variations in the measured values.
Loss of precision error in java?
A loss of precision error occurs when you use a variable of a data type that holds more decimal values than the type of the variable you are converting/inserting to.
Define accuracy and precision?
Accuracy and precision are synonyms. They both mean without error, they are exactly right, No more and no less.
Does a systematic error affect the accuracy or the precision?
A systematic error affects accuracy as it causes the measured values to deviate consistently from the true value. It does not affect precision, which is a measure of the reproducibility or repeatability of measurements.
Different between precision and non precision instrument?
Precision instruments provide accurate measurements with low margins of error, while non-precision instruments offer less accurate results with higher margins of error. Precision instruments are designed for tasks that require high accuracy, such as scientific research and engineering, while non-precision instruments are suitable for rough estimations or general use where high accuracy is not critical.
The advantages of the scientific method in psychology?
its clarity and precision. its relative intolerance of error
How do accuracy and precision of measurement affect calculated values and percent error?
The more precise your instruments of measurement are, the less percentage of error you will have.
What is the precision and the greatest possible error of 20400L?
The precision of integers with trailing zeros is ambiguous. The precision of 20400 litres can be 1, 10 or 100. Corresponding to these values, the greatest possible errors can be 0.5L, 5L or 50L. Actually, the precision could even be 20400L, in which case the maximum possible error is 10200L. If, for example, you had tanks of 20400L each, you might simply know how many tanks' worth you had - precision to 20400L. Unlikely, though.
