3.6-35 A model of a microbalance component shown in Fig. P3.6-35 consists of a quartz fiber...

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3.6-35 A model of a microbalance component shown in Fig. P3.6-35 consists of a quartz fiber d = 10 m in diameter loaded by a twisting moment at B of TB = 2 x 10" N m. Find the angle of twist at A if the twisting moment T at A is sufficient to prevent rotation of the section at B. Neglect the weight of the components, and take G = 30 GPa at the load, in weight of all in. How does C TB 30 mm Fig. P3.6-35 sting moment f the twisting 3. Neglect the d B TA A 30 mm Fig. P3.6-35 3.6-35 A model of a microbalance component shown in Fig. P3.6-35 consists of a quartz fiber d = 10 m in diameter loaded by a twisting moment at B of TB = 2 x 10" N m. Find the angle of twist at A if the twisting moment T at A is sufficient to prevent rotation of the section at B. Neglect the weight of the components, and take G = 30 GPa at the load, in weight of all in. How does C TB 30 mm Fig. P3.6-35 sting moment f the twisting 3. Neglect the d B TA A 30 mm Fig. P3.6-35