Quick look methods (QLM) in log interpretation are helpful to the geologist because they provide flags, or indicators, that point to possible hydrocarbon zones. The importance of QLM is in their ability to provide information about the nature of the fluids in the pore spaces and the lithology of the reservoirs in a quick and simple way. Four ways of QLM are applied on the Middle Miocene Jeribe Formation from the well Ja-49 in Jambour Oilfield. The apparent water resistivity (Rwa) method helped in quick detecting the hydrocarbon-bearing zones of the formation. The logarithmic movable oil plot method assisted in detecting the intensity of the movability of the hydrocarbons within the hydrocarbon-bearing zones of the formation. The SP versus Rxo/Rt overlay is an additional helpful way for detecting water and hydrocarbon-bearing horizons without need to know porosity. movable hydrocarbon index (MHI) is also used as QLM for detecting the movability of the hydrocarbons through calculating the ratio of water saturation in the uninvaded zone to that of the flushed zone. Accordingly, the formation in the studied well appeared to be generally a hydrocarbon-bearing reservoir with zones of different movable hydrocarbon potentiality. The application of MHI method indicated that about 53% of the gross 56 m thickness of the formation contains movable hydrocarbons. The upper and lower 5 m of the formation appear to be containing the most efficient productive horizons. No actual oil water contact is observed in the studied section of Jeribe Formation, which means the oil column extends down to certain depth in the formations underlying Jeribe Formation.