I have studied geomagnetic storms (Dst ?-75nT), associated with Type IV radio bursts, observed during the period 1997 to 2007 with solar and interplanetary parameters. We have observed 33 geomagnetic storms associated with type IV radio bursts, out of which most of the geomagnetic storms (85.00%) are intense or sever geomagnetic storms. All the geomagnetic storms are found to be associated with halo and partial halo coronal mass ejections (CMEs).The association rates of halo and partial halo CMEs are 27 (81.82%) and 06 (18.18%) respectively .All the type IV radio bursts associated geomagnetic storms are found to be associated with X-ray solar flares of different categories .The association rates of geomagnetic storms with different types of flare related CMEs are found 08 (24.24)% X class flare related CMEs,15 ( 45.46% ) M class flare related CMEs ,08 (24.24 )% C class flare related CMEs and 02(6.06)% B class flare related CMEs. Some of the type IV radio bursts associated geomagnetic storms are found to be associated with magnetic clouds 13 (39.39 %).Majority of the geomagnetic storms are found to be related with interplanetary shocks 31 (93.94) .We have inferred that geomagnetic storms are closely related to interplanetary magnetic fields. We have determined positive co-relation with correlation coefficient 0.70 between magnitude of geomagnetic storms and maximum value of IMF and 0.77 between magnitude of geomagnetic storms and magnitude of maximum value of southward component of interplanetary magnetic fields (IMF Bz).