Visual magnitude estimates by VSOLJ members object YYMMDD(UT) mag code CASRZ 20241012.433 63 Mhh.VSOLJ CASRZ 20241012.447 65 Mhh.VSOLJ CASRZ 20241012.463 68 Mhh.VSOLJ CASRZ 20241012.471 70 Mhh.VSOLJ CASRZ 20241012.482 71 Mhh.VSOLJ CASRZ 20241012.487 72 Mhh.VSOLJ CASRZ 20241012.493 74 Mhh.VSOLJ CASRZ 20241012.499 74 Mhh.VSOLJ CASRZ 20241012.506 74 Mhh.VSOLJ CASRZ 20241012.510 74 Mhh.VSOLJ CASRZ 20241012.516 73 Mhh.VSOLJ CASRZ 20241012.522 72 Mhh.VSOLJ CASRZ 20241012.528 71 Mhh.VSOLJ CASRZ 20241012.531 70 Mhh.VSOLJ CASRZ 20241012.537 68 Mhh.VSOLJ CASRZ 20241012.543 66 Mhh.VSOLJ CASRZ 20241012.549 65 Mhh.VSOLJ CASRZ 20241012.556 64 Mhh.VSOLJ CASRZ 20241012.562 63 Mhh.VSOLJ CASRZ 20241012.566 63 Mhh.VSOLJ CASRZ 20241012.572 63 Mhh.VSOLJ CASRZ 20241012.588 62 Mhh.VSOLJ observer: Hiroyuki Maehara (Okayama, Japan) instruments: 4.2cmB(10x) minI CASRZ 2460596.003 0.001 Hel Mhh.VSOLJ n=22 visual (calculated by Nagai) RZ Cas JD(hel)=2460596.003 C=2460596.008 E=3402 O-C=-0.005 visual min=2456529.766+1.1952503xE (GCVS5.1 Nov-2023) - 12/Oct/2024 RZ Cas (By H.Maehara) - 06 + | * ** * + * *** | * * 07 + * * * | * ** + **** | 08 + +------+------+------+------+------+- 10 11 12 13 14 15 (UT)