QUESTION 2'a) When a strain gauge is stretched under axial tension, its resistance varies with the imposedstrain. A resistance bridge circuit is used to convert the resistance change into voltage asshown in Figure 2.i) Distinguish among stress and strain.ii) In Figure 2, the 120 22 strain gauge with a gauge factor of 2 is mounted on a rectangularsteel bar (Em = 200 GPa, 3 cm wide and 1 cm high) and connected to bridge circuit withinput voltage, E₁=5 V. If the voltmeter shows 1.25 mV, calculate the amount of tensileload applied to the steel bar.GaugeaxisFigure 2ETensileloading3cm1 cm

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a) When a strain gauge is stretched under axial tension, its resistance varies with the imposed strain. A resistance bridge circuit is used to convert the resistance change into voltage as shown in Figure 2. i) Distinguish among stress and strain. ii) In Figure 2, the 120 2 strain gauge with a gauge factor of 2 is mounted on a rectangular steel bar (Em = 200 GPa, 3 cm wide and 1 cm high) and connected to bridge circuit with input voltage, E₁=5 V. If the voltmeter shows 1.25 mV, calculate the amount of tensile load applied to the steel bar. -3 B4|1|1 Gauge axis Figure 2 E Tensile loading 3cm 1 cm

a) When a strain gauge is stretched under axial tension, its resistance varies with the imposed strain. A resistance bridge circuit is used to convert the resistance change into voltage as shown in Figure 2. i) Distinguish among stress and strain. ii) In Figure 2, the 120 2 strain gauge with a gauge factor of 2 is mounted on a rectangular steel bar (Em = 200 GPa, 3 cm wide and 1 cm high) and connected to bridge circuit with input voltage, E₁=5 V. If the voltmeter shows 1.25 mV, calculate the amount of tensile load applied to the steel bar. -3 B4|1|1 Gauge axis Figure 2 E Tensile loading 3cm 1 cm

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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