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bg9.png The question for this issue is as follows: (Fill in the blanks) When using a double-flange level gauge to measure the liquid level in a container, both the zero point and the range of the gauge have been calibrated properly. Later, due to maintenance needs, the gauge was moved upward by a certain distance; as a result, the zero point of the gauge will ( ), while its range will ( ). The answers for this issue will be announced on November 18, 2017.———————————————————————————————————————————————————————Answers to the previous issue (fill-in-the-blank questions): According to the technical specifications for chemical process control design, when measuring stable pressure, the maximum operating pressure should not exceed (2/3) of the measurement range; when measuring pulsating pressure, the maximum operating pressure should not exceed (1/2) of the measurement range.———————————————————————————————————————————————————————Scoring criteria: 2 points for an incorrect answer; 3–8 points for an incomplete answer; 10 points for a correct answer, provided there is a detailed explanation; 12–15 points for a correct answer with additional supplementary information. Please score according to these criteria. Note: If there are editing records after answering, only 1 point in wealth will be given to the participant. The time limit for answering is before the next question; 2 points are awarded if the answer is correct within two periods after the deadline, while no points are given if the answer is incorrect or if more than two periods pass. Each instance of continuous malicious spamming results in a deduction of 2 wealth points, with no upper limit; only numbers and emojis are allowed. Any random letters entered, unrelated to the answer, are considered malicious spamming. Points will start to be deducted after three warnings
When using a double-flange level gauge to measure the liquid level in a container, both the zero point and the range of the gauge are calibrated. If, due to maintenance needs, the installation location of the gauge is moved upward, then the zero point of the gauge remains unchanged, as does its range.