Two composite bars have the following composition. At an initial temperature of 5 degree C, there is an existing gap of 9mm. Bar 1 and 2 have coefficiens of thermal expansion of a1=140x10^-6/°C and a2=67x10^-6/°C, respectively. Determine the temperature at which thr 9mm gap is closed. Two composite bars have the following composition. At an initialtemperature of 5 degree C, there is an existing gap of 9mm. Bar 1 and 2have coefficients of thermal expansion of a167 X10 6/°C, respectively. Determine the temperature at which the 9mm140 X10-6/°C and a2gap is closed.GAP(1)(2)ВC540 mm360 mm

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Two composite bars have the following composition. At an initial temperature of 5 degree C, there is an existing gap of 9mm. Bar 1 and 2 have coefficients of thermal expansion of ai 67 X10 6/°C, respectively. Determine the temperature at which the 9mm 140 X10-6/°C and a2 |3| %3D gap is closed. GAP (1) (2) B C 540 mm 360 mm

Two composite bars have the following composition. At an initial temperature of 5 degree C, there is an existing gap of 9mm. Bar 1 and 2 have coefficients of thermal expansion of ai 67 X10 6/°C, respectively. Determine the temperature at which the 9mm 140 X10-6/°C and a2 |3| %3D gap is closed. GAP (1) (2) B C 540 mm 360 mm

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Two composite bars have the following composition. At an initial temperature of 5 degree C, there is an existing gap of 9mm. Bar 1 and 2 have coefficiens of thermal expansion of a1=140x10^-6/°C and a2=67x10^-6/°C, respectively. Determine the temperature at which thr 9mm gap is closed.

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