1．School of Science，Hunan University of Technology，Zhuzhou 412007 China;2．Department of Engineering II，Hunan University of Technology (Science and Technology College)，Zhuzhou 412008，China;3．School of Electrical and Information Engineering，Hunan University of Technology，Zhuzhou 412007，China
An experimental setup for measuring multiple physical quantities was constructed using a self-developed fiber-optic vibration sensor and conventional physics laboratory equipment．Leveraging the dynamic
characteristics of the fiber-optic sensor within its posterior slope linear working range，the resonance methodwas employed to measure the Young＇s modulus of a test sample (manganese steel strip)and the inertial mass
of objects． This approach offers high measurement precision，minimal error，low cost，and straightforwardoperation．
