IOTA ASTEROIDAL OCCULTATION REPORT FORM

    Asteroid (or other object):  (1373) Cincinnati    Star: TYC 3607-00737-1u 

    Date (U.T.):  2004 december 5                     Predicted Time (U.T.):  17 : 22 

    Observer Name:  Marcin Flipek                     

    Postal Address: 32-048 Jerzmanowice, POLAND

    TELESCOPE:  Aperture: 300 mm     Focal length: 1800 mm     Type: Newton

    Eyepiece Power: 105x                    Observing site name: Jerzmanowice

    Longitude:  19 45 1,9 E                Latitude: 50 12 48,7 N   

    Height above sea level: 450 m     How determined?:  ED1950, GPS meas 

    Sky Transparency (Circle one, or delete two):     Good

    Star Image Stability ("seeing"; as above):        Good

    Other Conditions:  (Wind, Clouds, Lights, etc.):  No 

    EVENT TIMINGS:  (All times in Universal Time)

    Time Source: DCF 77       Recording method: visual and stopwatch  

     Was the Asteroid Visible in your Scope?  no        Approx. Limiting Mag.: 13,5 mag

			       Universal Time  Estimated  Accuracy, Remarks
				 h   m    s    Reaction 
						Time,
     Started Observing:                                    17 : 19 : 00            (sec.) 

     Star and Object Merged:                               ___:___:___.___                     _________________

     Disappearance:                                        ___:___:___.___    __.___           _________________

     Estimated Closest Approach:                           ___:___:___.___                     _________________
		  (if no D/R)
     Reappearance:                                         ___:___:___.___    __.___           _________________

     Star and Object Separated:                            ___:___:___.___                     _________________

     Stopped Observing:                                    17 : 25 : 00   


     Was your reaction time applied to the above timings? _________

     If you could tell, did the object pass NORTH, SOUTH, EAST, or WEST of the
     star (cicle one, or delete three)?  If possible,
     estimate the distance of closest approach in arc seconds: _______

    List all Interruptions in Observing:           Reason

    From  ___:___:___  to  ___:___:___    _______________________________

    From  ___:___:___  to  ___:___:___    _______________________________

    Additional comments:    NEGATIVE OBSERVATION