The ice sheath thickness of the 20 mm diameter, 1 m long conductor sample was recorded for 6 hours. and the curve fitted

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The ice sheath thickness of the 20 mm diameter, 1 m long conductor sample was recorded for 6 hours. and the curve fitted

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The Ice Sheath Thickness Of The 20 Mm Diameter 1 M Long Conductor Sample Was Recorded For 6 Hours And The Curve Fitted 1
The Ice Sheath Thickness Of The 20 Mm Diameter 1 M Long Conductor Sample Was Recorded For 6 Hours And The Curve Fitted 1 (49.01 KiB) Viewed 21 times
The ice sheath thickness of the 20 mm diameter, 1 m long conductor sample was recorded for 6 hours. and the curve fitted to the record values is expressed by a quadratic equation: db= 2t 2+t; here It is in db(mm) and t(hour). a) Find the average ice weight. (Note: The physical density of ice is 0.6 g/cm3 b) db values for the last three hours; Calculate the arithmetic mean and geometric mean. c) Find the icing rate (mm hour) and the icing rate (%). (HELPFUL INFORMATION: gb = (pbxn 4) (db 2-d2)l; Xgeo= (X1.X2. X3.... XN) 1/N
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