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This post was last edited by Wang Tianze on 2015-11-5 at 19:56. There hasn’t been any quiz activity in the dashboard for a long time; recently, @yuchenchf created this set of questions related to electrical negotiation knowledge, which were published in the dashboard as part of an activity. Tianze will post daily, and the moderators will reply and rate them. After the task is completed, share the document on the Haichuan Instrument version. These posts in this series will not be pinned or highlighted! Moderator scoring rules: Active participation = +2 wealth, correct answers to two questions = +8 wealth, in-depth discussion = +10 wealth. @tongjun123 @870471450 @fengxiao @shrien @zxb1990 @dennyshen2549 Please set replies to be visible only as replies. 1. When using a thermistor sensor to measure temperature, the thermistor is connected in (B) configuration. A. Two-wire system B. Three-wire system C. Four-wire system D. Five-wire system 2. For a voltage source, the correct relationship between the external load resistance R and its output power W is (D). A. The larger R is, the larger W is. B. The larger R is, the smaller W is. C. The value of W has nothing to do with R. D. W is maximized when R = RS
1C,2B..............................
1. Both B and C are acceptable. 2. B
1. When using a thermistor sensor to detect temperature, the thermistor is connected in (B) configuration. A. Two-wire system B. Three-wire system C. Four-wire system D. Five-wire system 2. For a voltage source, the correct relationship between the external load resistance R and its output power W is (B). A. The larger R is, the larger W is. 8. The larger R is, the smaller W is. C. The value of W has nothing to do with R. D. W is maximized when R = RS
1. When using a thermistor sensor to measure temperature, the thermistor is connected using ( ). B. Three-wire system 2. For a voltage source, the correct relationship between the external load resistance R and its output power W is ( ). A. The larger R is, the larger W is
1. When using a thermistor sensor to measure temperature, the thermistor is connected in (B) configuration. A. Two-wire system B. Three-wire system C. Four-wire system D. Five-wire system 2. For a voltage source, the correct relationship between the external load resistance R and its output power W is (B). A. The larger R is, the larger W is. B. The larger R is, the smaller W is. C. The value of W has nothing to do with R. D. W is maximized when R = RS
1. When using a thermistor sensor to measure temperature, the thermistor is connected in (B) configuration. A. Two-wire system B. Three-wire system C. Four-wire system D. Five-wire system 2. For a voltage source, the correct relationship between the external load resistance R and its output power W is (B). A. The larger R is, the larger W is. B. The larger R is, the smaller W is. C. The value of W has nothing to do with R. D. W is maximized when R = RS
1. B, three-wire system------2. The larger B and R are, the smaller W is--------------------------------------
1. When using a thermistor sensor to measure temperature, the thermistor is connected in (B. three-wire configuration). A. Two-wire system B. Three-wire system C. Four-wire system D. Five-wire system 2. For a voltage source, the correct relationship between the external load resistance R and its output power W is (A. The larger R, the greater W). A. The larger R is, the larger W is. B. The larger R is, the smaller W is. C. The value of W has nothing to do with R. D. W is maximized when R = RS
1B,2B. . . . . . . . . . . . . . . . . . . . . .
1.B. Three-wire system 2.D. W is maximum when R=RS