College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Question
How do I calculate the percent difference. I don't know what V(t) is
2L DATA SHEET #1 Frequency First Resonance L₁ Second Resonance L2 Frequency 0.som 85cm Third ↓ Resonance L3 0.85m Second Resonance L2 500 16.cui дет 8.16m Unknown сост ✓ First Resonance L₁ 0.25m 42 cm Second Resonance L2. Jaco 25cm V 159 cm. Third ✓ Resonance L3 0.59 m 0.42 m First Resonance L₁ 0.12 m 21 cm ↓ Frequency (2000 Hz) 12cm V 10,21m 29 cm Hz Third V Resonance L3.29m. Hz L Wavelength 2 (m) 0.68m + 0-70m Wavelength λ (m) o. 34 m + 0-34m Wavelength λ (m) 0.18 m 0.16m Lab 13-4 Average Wavelength (m) 0.69m Average Wavelength 2 (m) 0-34~ Average Wavelength (m) 17m 581 7 64608 005 WWW.BAZICPRODU- VOLL59-011521-70002
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Transcribed Image Text:2L DATA SHEET #1 Frequency First Resonance L₁ Second Resonance L2 Frequency 0.som 85cm Third ↓ Resonance L3 0.85m Second Resonance L2 500 16.cui дет 8.16m Unknown сост ✓ First Resonance L₁ 0.25m 42 cm Second Resonance L2. Jaco 25cm V 159 cm. Third ✓ Resonance L3 0.59 m 0.42 m First Resonance L₁ 0.12 m 21 cm ↓ Frequency (2000 Hz) 12cm V 10,21m 29 cm Hz Third V Resonance L3.29m. Hz L Wavelength 2 (m) 0.68m + 0-70m Wavelength λ (m) o. 34 m + 0-34m Wavelength λ (m) 0.18 m 0.16m Lab 13-4 Average Wavelength (m) 0.69m Average Wavelength 2 (m) 0-34~ Average Wavelength (m) 17m 581 7 64608 005 WWW.BAZICPRODU- VOLL59-011521-70002
DATA SHEET #2 Room Temperature 18°℃ Show your calculation of the speed of sound at room temperature. V(T) = (331 + 0.67) T = 18°C V 331 +0.6 x 18 V= 331 + 10.8 1V = 341.8m/s Show how to get λ from 1st and 2nd resonance points once. Frequency Hz 500 1000 Speed of Sound (V = fx) 345 m/s 3410 m/s °C Show your calculation for the unknown frequency. Lab 13-5 Percent Difference (Compare to VT) 764608 WWW.BAZICI VO1159-011
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Transcribed Image Text:DATA SHEET #2 Room Temperature 18°℃ Show your calculation of the speed of sound at room temperature. V(T) = (331 + 0.67) T = 18°C V 331 +0.6 x 18 V= 331 + 10.8 1V = 341.8m/s Show how to get λ from 1st and 2nd resonance points once. Frequency Hz 500 1000 Speed of Sound (V = fx) 345 m/s 3410 m/s °C Show your calculation for the unknown frequency. Lab 13-5 Percent Difference (Compare to VT) 764608 WWW.BAZICI VO1159-011
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