【Daily Question 20090305】Measurement Error (answers available). Those who post repeated answers will be penalized; those who report such behavior will receive substantial rewards
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【Daily Question 20090305】 1. Measurement error is the difference between ( ) and ( ). 2. The error that remains constant throughout the entire measurement process is the ( ) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed ( ) of the absolute value of the basic error of the instrument being calibrated. Answers: 1. measured value, actual value; 2. systematic; 3. 1/3. This post was last edited by wopale3 on 2009-3-6 08:48.]
1. Measurement error is the difference between the (measured value) and the (true value). 2. The error that remains constant throughout the entire measurement process is a (systematic) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed (1/3) of the absolute value of the basic error of the instrument being calibrated.
1. Measured value, true value 2. System 3. 1/3
1. Measurement error is the difference between the (measurement result) and the (true value). 2. The error that remains constant throughout the entire measurement process is the (systematic) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed (1/3) of the absolute value of the basic error of the instrument being calibrated.
1. Measurement error is the difference between the (measurement result) and the (true value). 2. The error that remains constant throughout the entire measurement process is the (systematic) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed (1/3) of the absolute value of the basic error of the instrument being calibrated.
1. Measurement error is the difference between the (measured value) and the (true value). 2. The error that remains constant throughout the entire measurement process is the (system) error. 3. For standard instruments used for calibration, the absolute value of the basic error shall not exceed (1/5) of the absolute value of the basic error of the instrument being calibrated.
1. Measured value, true value 2. System 3.1/3
1. Measured value, true value 2. System 3. 1/3
1. Measured value, true value 2. System 3. 1/3
1. Measured value, true value 2. System 3.1/3
1. Measured value, true value 2. System 3. 1/3
1. Measured value, true value 2. System 3. 1/3
1. Measured value, true value 2. System 3. 1/3
1. Measured value, true value 2. System 3. 1/3
1. Measurement value； True value 2. System 3.1/3 :)
The measurement error is the difference between the (measured value) and the (true value). 2. The error that remains constant throughout the entire measurement process is the (system) error. 3. For standard instruments used for calibration, the absolute value of the basic error should not exceed (1/3) of the absolute value of the basic error of the instrument being calibrated.
1. Measurement error is the difference between the (measured value) and the (true value). 2. The error that remains constant throughout the entire measurement process is a (systematic) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed (1/3) of the absolute value of the basic error of the instrument being calibrated.
1. Measurement error is the difference between the (measured value) and the (true value). 2. The error that remains constant throughout the entire measurement process is a (systematic) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed 1/3 of the absolute value of the basic error of the instrument being calibrated
1. Measurement error is the difference between the (measurement result) and the (true value). 2. The error that remains constant throughout the entire measurement process is the (systematic) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed (1/3) of the absolute value of the basic error of the instrument being calibrated.
1. Measurement error is the difference between the (measured value) and the (true value). 2. The error that remains constant throughout the entire measurement process is a (systematic) error. 3. For standard instruments used for calibration, the absolute value of their basic error should not exceed (1/3) of the absolute value of the basic error of the instrument being calibrated.
My answer is: 1. Measured value, true value. 2. System. 3, 1/3.