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{"ops":[{"insert":"Question 2"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"A load cell calibrated at a temperature of 200\ud835\udc36 has the following output\/input characteristic."},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"Load in kN 0 0.4 0.8 0.12 0.16 0.20"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"Deflection of meter in mm 0 10 20 30 40 50"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"When it is used in an environment of 400"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"its characteristics change to the following;Load in kN 0 0.4 0.8 0.12 0.16 0.20"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"Deflection of meter in mm 3 14 25 36 47 58"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"(a) Determine;"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"(i) Zero drift "},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"(ii) Sensitivity drift, and"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"(iii) Sensitivity drift per 0C change in ambient temperature"},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"(b) If 0.5 mm of scale division can be read with a fair degree of certainty, hence "},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":""},{"insert":"\n"},{"insert":"determine the resolution of the instrument in both cases i.e. at 200\ud835\udc36 and 200\ud835\udc36."},{"insert":"\n"}]}
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