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Kognity IB Physics A.0 Measurements & Uncertainty (id: d45b49a5c)

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Post time 2024-8-21 21:38:19 | Show all posts |Read mode
本题目来源于试卷: Kognity IB Physics A.0 Measurements & Uncertainty,类别为 IBDP Physics

[单选题]
An ammeter has a non-ne2lskpxtc 2 e29b6qu5mgligible zerozev(t;:5 fin y offset error. Which of the following statements is correc; if5yvnze:t (t?

A. The readings from the ammeter will be accurate but not precise.
B. The readings from the ammeter will be neither accurate nor precise.
C. The readings from the ammeter will be precise and accurate.
D. The readings from the ammeter will be precise but not accurate.


参考答案:  D


本题详细解析:
The zero offset error will produce a systematic error in the ammete;zudkoja1m7)x*0cv)c dr pjj0 0k l f;r readings. A large systematic error results in measurements which are not accurate, in other words far from the correct value. Precision refers to how reproducible the measurements are when the experj vl0c7kmz;k)1)cxjf* 0apd or;jd0u iment is repeated. Precision is unaffected by a systematic error.
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