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We present geometrical and kinematical analysis of Moreton waves and EITwaves observed on June 3, 2012 and Moreton waves observed on July 6, 2012. TheMoreton waves were recorded in H$\alpha$ images of Global Oscillation NetworkGroup (GONG) archive and EIT waves obtained from SDO/AIA observations,especially in 193 nm channel. The observed wave of June 3 has angular span ofabout $70^{\circ}$ with a broad wave front associated to NOAA active region11496. It was found that the speed of the wave that started propagating at17.53 UT is between 950 to 1500 km/s. Related to this wave occurrence, therewas solar type II and III radio bursts. The speed of the EIT in this respectabout 247 km/sec. On the other hand, the wave of July 6 may be associated toX1.1 class flare that occurred at 23.01 UT around the 11514 active region. Fromthe kinematical analysis, the wave propagated with the initial velocity ofabout 1180 km/s which is in agreement with coronal shock velocity derived fromtype II radio burst observation, $v\sim1200$ km/s.

Moreton Waves and EIT Waves Related to the Flare Events of June 3, 2012 and July 6, 2012