A Quartz Crystal of Thickness 1 Mm is Vibrating at Resonance. Calculate Its Fundamental Frequency. (Assume that for Quartz, Y= 7.9x 1010 N/M2 and P = 2.650 Gm/Cc. - Applied Physics 1

Answer in Brief

A quartz crystal of thickness 1 mm is vibrating at resonance. Calculate its fundamental frequency. (Assume that for quartz, Y= 7.9x 1010 N/m2 and p = 2.650 gm/cc.

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Solution

Data: t₁ = 1 mm= 10³ m, Y = 7.8 x 10¹⁰ N/m²,
p = 2. 650 gm/cc = 2650 kg/m³
Formula: f = 1/2t ·√Y/p
Calculations: f = 1/2x 10³ √7.9 × 10¹⁰/2650 = 2.73 MHz
Answer : Frequency = 2. 73 MHz

Concept: Study of characteristics of unit cell of Diamond, ZnS, NaCl and HCP;

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2018-2019 (December) CBCGS

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A Quartz Crystal of Thickness 1 Mm is Vibrating at Resonance. Calculate Its Fundamental Frequency. (Assume that for Quartz, Y= 7.9x 1010 N/M2 and P = 2.650 Gm/Cc. - Applied Physics 1

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