Ultrasonic velocities and densities of binary mixture of chloroform and methanol has been measured at temperature 295 K and frequency 2 MHz over the entire range of mole fraction. Theoretical values have been measured using various theoretical models such as Nomoto, Junjie, Impedance, Van-Deal and Vangeel. The percentage error has been calculated to check the validity of theoretical models and found a good agreement in experimental and theoretical values. The deviation from experimental values has been interpreted in terms of molecular interactions between the components of the molecules of the binary mixture
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