Wave Length  (m) Tube Length L (m) Wave Length  (m) Average measured speed of sound (meters/second) = _______________________ Room Temperature = __________________________ Calculate the speed of sound for the room’s temperature by the following equation. , = temperature in Celsius T From this calculation of the accepted value of the speed of sound, find: = ___________________________, % = vaccepted ___________________________ Show your work Realize that the speed of sound formulas are approximations. A second approximation, the one your textbook uses, is: = (330 + 0.6*T) m/sec, where = temperature in Celsius v T From this second calculation of the accepted of the speed of sound, find: = ___________________________, % error = vaccepted ___________________________ Show your work
Wave Length  (m) Tube Length L (m) Wave Length  (m) Average measured speed of sound (meters/second) = _______________________ Room Temperature = __________________________ Calculate the speed of sound for the room’s temperature by the following equation. , T = temperature in Celsius From this calculation of the accepted value of the speed of sound, find: vaccepted = ___________________________, % = ___________________________ Show your work Realize that the speed of sound formulas are approximations. A second approximation, the one your textbook uses, is: v = (330 + 0.6*T) m/sec, where T = temperature in Celsius From this second calculation of the accepted of the speed of sound, find: vaccepted = ___________________________, % error = ___________________________ Show your work