Cultural noise is the earth’s vibrations that comes from urban activities such as traffic, sport events specifically football games, industrial activities, subway, etc. In this paper, power spectral density were calculated to study the cultural noise frequency contents. This method is used to describe the energy concentration in frequency domain. One of the dominant features of cultural noise is their spatial and temporal variations and their energy levels throughout the day and night. Here we use the broad-band seismic station deployed in Tehran city TDMMO. The duration of the seismic recording presented in this paper is a week. We apply the frequency band between 8 and 12 Hz to specify the seismic signals generated by traffic. The results shows amplitude variations throughout the day and night with 20 dB changes in energy level. We also analyze the seismic signals in the frequency band between 2 and 6 Hz during the football match. The result shows that seismic signals have an elliptical motion on vertical and east-west component in certain time windows with dominant Rayleigh wave energy.