"Pseudo-MPEC" for A10Scue
Created 2023 Feb 3 23:22:02 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
A10Scue C2022 11 16U?6.-S6+BMnPE,*95C4F%r@jn)@==rr\y/j,bk^S_4REF54[u`?TF51
A10Scue C2022 11 16__qWXD9WS*=Astrometryod..rGB$m;J\18=,xsKSYe$jwH)TUgKF51
A10Scue C2022 11 16%R33$Z/('$-ciE[uDT!Qg@/W=2aKg(vF4cY8Ciu%G(B7'#fKXAVyF51
A10Scue* C2023 01 21afWXxr)?YfiBE'fhVE6^g'@kmE#5vh3U@_8_`r%):K0Zmg%]%GdEM22
A10Scue C2023 01 21lXEIGG%wi9R/xEH8=NA1S,lFMK^,rH,ZQg'xm%A,1P^VRQML_3XQM22
A10Scue C2023 01 214_rlOtxmU)[6[N;4M,L]^#1?PpRb!@HW8:,glTBO5X0=N2+U18ViM22
A10Scue C2023 01 21#u?M([NH)`;wF(C$riredacted;\\`dnE?fWXCF5r?ck#^Q5x3R$M22
A10Scue |C2023 01 23+v:B\%6\DW9V_lrXUM2F*pRH`*s6X2@Iyk+DHDT]FN;U!'V+x.-8807
A10Scue |C2023 01 23lc1(ii;dDdc5oa7mp9PgErCL(($6jp\S'dwK%aoC$^l@u_6hi,U4807
A10Scue |C2023 01 23XR;`[sP%j2XKwUvVpEO]lo2,_uk00$b%dwR;vM5HJDx'ox[D['mn807
A10Scue 1C2023 01 233RH/wXs!uxfL*[)'.O3':1click%OUaVH/jTWy,6r-eJMhere7..W87
A10Scue 1C2023 01 23@5q8*UFxfKMv2]xuMSS_CxF.Ny1\@-X?7g?i.j*W(R'[_.t(`uj=W87
A10Scue 1C2023 01 23IjN_0(mB!*0@NejvD*N@h4nptiak8+sx;k7#O!x#scHu_FZgLTU:W87
A10Scue 1C2023 01 23HilAZ*LT\AVMX3WZ14-N6]3]=!cK0$s6m?WMJ)'`J7h]KEq63$eJQ62
A10Scue 1C2023 01 23aRaX-J)(WTuvf#I^aNP)1UN\k;`0ec4pQrh3)w/Ycf4f$O:TX%/,Q62
A10Scue |C2023 01 24aU!egX(mlyxA2Gu'[;;H?jbtHh].O8/QXP/`xV9Pt[vyk#[,r]Eg807
A10Scue |C2023 01 24]=PiH.@2nrhbHC?8v0o1=AnC7nwU[45Rd%ULyguq/]s%Z8rVIgB@807
A10Scue |C2023 01 24c6=^:0@NyLm$'s#nnNW+H]e:UBcv)9TFnm:X3CW_j6Ac9i2BG=D^807
A10Scue (C2023 01 25)^9%HiC+]Q,QDF/1C@K3VlQJ[cl(6@ctYhv#e\`=hk;hTM2tREQDW88
A10Scue (C2023 01 25vUY_G@7\)epLforskx3.f$$T2+f,]f7[bl:m0B^m%Jc+f6wd#_*[W88
A10Scue KC2023 01 25c^mH%y+kk@-]5/QE+i819UpYkmwnS'O@veyvJjgkw$a/KlyWlsNLX03
A10Scue KC2023 01 25?u#3N+=E%90$i4n0YEi_`xe-Q]DVlJuBMcpX;7s%;=:cMsc3IoRVX03
A10Scue KC2023 01 25F5ujkA:Ach*4dO87U-TIq\vZxc]G;nnPC8v-q(u!pO?EAVTOeWGTX03
A10Scue KC2023 01 25ZE=qm3e;=bSm'`dc5?Y?^$`o35Zj5[xIZpu'):B#Pn*6XmxLE6*+X03
A10Scue aC2023 01 25_qusdT:h5dcGW9HZi%N1_7*qvjVm?*/)^$KMBhjjF)8ZL.yQ\0kcQ62
A10Scue aC2023 01 25uZx?jk^tUh33m`U\*y(g7b9EaE\L6yNeYL_#qCReemY%#;dwQ:_EQ62
A10Scue aC2023 01 259!DOM4NUSa[8e,\=gG\Za]u%`rWT2VG3w:4KIg3*RjIW=+8xFOsLQ62
A10Scue KC2023 01 265F]CX9kEmh9[mbF\26x[H@::AigmY3*kCmjj5)K)EMck0v\b1^$,X93
A10Scue KC2023 01 26xrMA`ts$W?!$ck:mpClC,^-\tJH2(T0!'Q;U,hYcaZgKK'rA$de!X93
A10Scue KC2023 01 26P*Ib2Wrg8$(m0qLM2,:]1vU,@%?v_AMiD5!.i:2q.vB4IUA=l,9HX93
A10Scue KC2023 01 26.17833210 48 30.552-54 02 22.50 ~1Q57 18.3 GXNEOCPY00
A10Scue KC2023 01 26.18488810 48 31.080-54 02 27.29 ~1Q57 16.3 GXNEOCPY00
A10Scue 3C2023 01 26mnBr3W.kFS'!UijIU1Q8FTGAq:M1btY^lF#UH#b)%qrI@M?,XXR2W88
A10Scue 3C2023 01 26%s)sn[uMsANPy]xE'[S+6Z$B86N$Ga5VKQ]xLeNKHNm-cc:HtMvfW88
A10Scue 2C2023 01 26cKjYLRI(bNYyL,e!13'9[i#D]KxXRODiOux/7Lh6yNUT`C5SXXVVK93
A10Scue 2C2023 01 26\UN4*r*^;Zd62s'_8jMF*J[^(nn_0Pn^?explanationR0#jL]TpK93
A10Scue 2C2023 01 26(D/D!hCGsn\1PPYi:d7x)i/,Y5Dh+npOW:EX(i%U7;@AlT1,H_!lK93
A10Scue dC2023 01 27.58652810 50 24.616-54 20 12.89 ~1RGb 18.4 GVNEOCPQ62
A10Scue dC2023 01 27.58735010 50 24.696-54 20 13.09 ~1RGb 18.4 GVNEOCPQ62
A10Scue 3C2023 01 28Ha%7+mBScL0Wqh::GIQ=Dscx^o,.qRVXXmK6qib\F3$`Nd%C.R,,W88
A10Scue 3C2023 01 286UwdsOt+-hIYXuHtWH-5c5;M;85GDA^Tw[rJdlUr4Y+lT-@e/Nr=W88
A10Scue KC2023 01 28pyX.4Z-/a,SY0=%fi:EN`S['k/r=Lh=_wQ?^a7yGDXXa7D+QCY8vI47
A10Scue KC2023 01 28osn`(f#TUtm,L2jg#i4G!lc8jnDgM6cB/1\7x:ES499:%]')LP'bI47
A10Scue KC2023 01 289sSaq@i-^eIH-G-T*mE%PLbVBm7+,e8H\27jJ`t$nutUP%Uw$Z(PI47
A10Scue KC2023 01 29w8MjP2P;$xw65A;l(5JP0E+:J`8Nt@XqX_;bql#ujUfZP'XpPbuGX31
A10Scue KC2023 01 29uya3M\-`-eE#(qo_F9:2Mk9S#c^fjYg?3OR:e_L$O`KDFq^`*e+wX31
A10Scue C2023 01 31?/a#O+6JIEVd0o]M24CWZ;otyZPSikVrPGhTp404DYS[-KnAo%UdM28
A10Scue C2023 01 31tOc./mbR_rJi?mDj[.XYh1;O7/J`h%Jb.gJZ2ps_ucXhaH#o'\7lM28
A10Scue C2023 01 31wf)`6iNomj$Z;Bo'lBfg+E/FG2(I-uFtX-d5Zo^*uZyVLAwn'BWMM28
A10Scue C2023 02 02CDCLmQ!m%3Cij#9J;CEOv!qRJxt[r%#xr.Sfg@@10dhI4^FY3B5iX02
A10Scue C2023 02 029g9luLhTOf'^?m%_g6IR%rfcrP:i@.0YT.nc/4jmS7smXcpdBC+_X02
A10Scue C2023 02 02;_6VNV8ir?RR3;aH_/UP\bEsMh2MWq=gys_7=1VocDdKF#Z!SpXoX02
Station data:
(807) Cerro Tololo Observatory, La Serena (S30.169133 W70.805900) Chile.
Observer R. Holmes. 0.61-m f/6.5 astrograph + CCD.
(F51) Pan-STARRS 1, Haleakala (N20.707234 W156.255910) US/Hawaii.
Observers J. Bulger, T. Lowe, A. Schultz, M. Willman. Measurers K.
Chambers, S. Chastel, T. de Boer, L. Denneau, J. Fairlamb, H. Flewelling,
M. Huber, C.-C. Lin, E. Magnier, Y. Ramanjooloo, R. Wainscoat, R. Weryk.
1.8-m Ritchey-Chrétien + CCD.
(I47) Pierre Auger Observatory, Malargüe (S35.495440 W69.449700) Argentina.
Observer M. Mašek. 0.3-m f/6.8 reflector + CCD.
(K93) Sutherland-LCOGT C (S32.380667 E20.810110) South Africa. Observer R.
Miles. 1.0-m f/8.0 Ritchey-Chrétien + CCD.
(M22) ATLAS South Africa, Sutherland (S32.380156 E20.810590) South Africa.
(M28) Lesedi Telescope-SAAO Observatory, Sutherland (S32.379790 E20.810640)
South Africa.
(Q62) iTelescope Observatory, Siding Spring (S31.273286 E149.064420)
Australia/NSW. Observer H. Sato. 0.51-m f/6.8 astrograph + CCD + f/4.5
focal reducer0.43-m f/6.8 astrograph + CCD + focal reducer0.43-m f/6.8
astrograph + CCD0.10-m f/5 astrograph + CCD0.127-m f/5.6 refractor +
CCD0.50-m f/6.8 reflector + CCD0.30-m f/9 reflector + CCD.
(W87) Cerro Tololo-LCO C (S30.167454 W70.804680) Chile. Observers T.
Lister, J. Chatelain, E. Gomez, S. Greenstreet. Measurer T. Lister. 1.0-m
f/8.0 Ritchey-Chrétien + CCD.
(W88) Slooh.com Chile Observatory, La Dehesa (S33.269126 W70.534300) Chile.
Observers B. Lütkenhöner, J. Maes. Measurers B. Lutkenhoner, G.
Gašparović, Y. Chen, G. Y. Gasparovic, M. Kumrucu-Lohmiller, N. Paul, R.
W. Anderson. 0.43-m f/6.8 Corrected Dall- Kirkham + CCD0.35-m f/11.0
Schmidt-Cassegrain + CCD.
(X02) Telescope Live, El Sauce (S30.470666 W70.764830) Chile. Observers E.
Guido, M. Rocchetto, E. Bryssinck, M. Fulle, G. Milani, C. Nassef, G.
Savini, A. Valvasori. Measurer E. Guido. 0.6-m f/6.5 astrograph + CCD.
(X03) Observatoire SADR, Poroto (S30.533914 W70.796390) Chile. Observers
J. L. Virlichie, P. Traverse. 0.35-m f/4.7 Newtonian reflector + CCD.
(X31) Galileo Galilei Observatory, Oro Verde (S31.823020 W60.520660)
Argentina. Observer C. Fornari. 0.40-m f/8 Ritchey-Chrétien + CCD.
(X93) Munhoz Observatory (S22.628912 W46.395300) Brazil.
(Y00) SONEAR Observatory, Oliveira (S20.715080 W44.784960) Brazil.
Observers C. Jacques, E. Pimentel, J. Barros. Measurer C. Jacques. 0.45-m
f/2.9 astrograph + CCD.
Orbital elements: A10Scue
Perihelion 2023 Mar 10.48053 +/- 0.0223 TT = 11:31:57 (JD 2460013.98053)
Epoch 2023 Feb 2.0 TT = JDT 2459977.5 Earth MOID: 0.8647 Sa: 0.5360
M 359.99794734 +/- 0.0006 (J2000 ecliptic) AutoNEOCP
n 0.00005626 +/- 1.9e-5 Peri. 317.38152 +/- 0.023
a 674.475989 +/- 151 Node 218.13079 +/- 0.012
e 0.9974151 +/- 0.00058 Incl. 40.77204 +/- 0.0021
P 17516 H 14.98 G 0.15 U 5.4
q 1.74341038 +/- 0.000368 Q 1347.20856 +/- 304
From 52 observations 2022 Nov. 16-2023 Feb. 2; mean residual 0".35
Residuals in arcseconds: 221116 F51 .30+ .39- 230125 W88 .50+ .21- 230126 K93 .31+ .13- 221116 F51 .32- .34+ 230125 W88 .56+ .06- 230127 Q62 .30+ .33+ 221116 F51 .01+ .03+ 230125 X03 .02+ .02+ 230127 Q62 .44+ .76+ 230121 M22 .17- .11+ 230125 X03 .18+ .33+ 230128 W88 .26+ .56- 230121 M22 .36- .03- 230125 X03 .03- .04+ 230128 W88 .01+ .42- 230121 M22 1.2- .12+ 230125 X03 .61+ .00 230128 I47 .38- .21- 230121 M22 .32- .64+ 230125 Q62 .22+ .26- 230128 I47 .33- .81+ 230123 807 .18- .10- 230125 Q62 .03- .15- 230128 I47 .03- .02- 230123 807 .29- .04- 230125 Q62 .02- .12- 230129 X31 .02- .10+ 230123 807 .24+ .08- 230126 X93 .49- .18- 230129 X31 .52+ .45- 230123 W87 .28+ .06- 230126 X93 .33+ .21+ 230131 M28 1.1- .02+ 230123 W87 .09- .29- 230126 X93 .35+ .05- 230131 M28 .78- .10+ 230123 W87 .24+ .27+ 230126 Y00 .11- .04- 230131 M28 .89- .29+ 230123 Q62 .13+ .37- 230126 Y00 .09+ .34+ 230202 X02 .55+ .20+ 230123 Q62 .14- .08- 230126 W88 .61- .05- 230202 X02 .57+ .14- 230124 807 .01- .07+ 230126 W88 .37- .27+ 230202 X02 .12+ .34- 230124 807 .17+ .12- 230126 K93 .28+ .09- 230124 807 .08+ .21- 230126 K93 .25+ .06- Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2023 02 03 23 11 00 04.644 -55 38 51.80 1.2851 1.8001 104.1 18.2 .163 50 2023 02 04 00 11 00 07.846 -55 39 13.95 1.2848 1.7999 104.1 18.2 .163 51 2023 02 04 01 11 00 11.046 -55 39 36.05 1.2844 1.7998 104.1 18.2 .164 51 2023 02 04 02 11 00 14.245 -55 39 58.09 1.2841 1.7997 104.1 18.2 .164 51 2023 02 04 03 11 00 17.444 -55 40 20.09 1.2837 1.7995 104.2 18.2 .165 51 2023 02 04 04 11 00 20.641 -55 40 42.03 1.2834 1.7994 104.2 18.2 .165 51 2023 02 04 05 11 00 23.838 -55 41 03.91 1.2830 1.7993 104.2 18.2 .166 51 2023 02 04 06 11 00 27.033 -55 41 25.74 1.2826 1.7991 104.2 18.2 .166 51 2023 02 04 07 11 00 30.228 -55 41 47.52 1.2823 1.7990 104.2 18.2 .166 51 2023 02 04 08 11 00 33.421 -55 42 09.24 1.2819 1.7989 104.2 18.2 .167 51 2023 02 04 09 11 00 36.614 -55 42 30.91 1.2816 1.7987 104.2 18.2 .167 51 2023 02 04 10 11 00 39.806 -55 42 52.53 1.2812 1.7986 104.3 18.2 .168 51 2023 02 04 11 11 00 42.996 -55 43 14.09 1.2808 1.7985 104.3 18.2 .168 52 2023 02 04 12 11 00 46.186 -55 43 35.60 1.2805 1.7983 104.3 18.2 .169 52 2023 02 04 13 11 00 49.375 -55 43 57.06 1.2801 1.7982 104.3 18.2 .169 52 2023 02 04 14 11 00 52.563 -55 44 18.46 1.2798 1.7981 104.3 18.2 .170 52 2023 02 04 15 11 00 55.750 -55 44 39.80 1.2794 1.7979 104.3 18.2 .170 52 2023 02 04 16 11 00 58.936 -55 45 01.09 1.2791 1.7978 104.3 18.2 .170 52 2023 02 04 17 11 01 02.121 -55 45 22.33 1.2787 1.7977 104.4 18.2 .171 52 2023 02 04 18 11 01 05.305 -55 45 43.52 1.2783 1.7975 104.4 18.2 .171 52 2023 02 04 19 11 01 08.488 -55 46 04.64 1.2780 1.7974 104.4 18.2 .172 52 2023 02 04 20 11 01 11.670 -55 46 25.72 1.2776 1.7973 104.4 18.2 .172 52 2023 02 04 21 11 01 14.851 -55 46 46.74 1.2773 1.7972 104.4 18.2 .173 52 2023 02 04 22 11 01 18.031 -55 47 07.71 1.2769 1.7970 104.4 18.2 .173 53 2023 02 04 23 11 01 21.210 -55 47 28.62 1.2765 1.7969 104.4 18.2 .173 53 2023 02 05 00 11 01 24.388 -55 47 49.47 1.2762 1.7968 104.5 18.2 .174 53 2023 02 05 01 11 01 27.565 -55 48 10.28 1.2758 1.7966 104.5 18.2 .174 53 2023 02 05 02 11 01 30.742 -55 48 31.02 1.2755 1.7965 104.5 18.2 .175 53 2023 02 05 03 11 01 33.917 -55 48 51.72 1.2751 1.7964 104.5 18.2 .175 53 2023 02 05 04 11 01 37.091 -55 49 12.36 1.2748 1.7962 104.5 18.2 .175 53 2023 02 05 05 11 01 40.264 -55 49 32.94 1.2744 1.7961 104.5 18.2 .176 53 2023 02 05 06 11 01 43.437 -55 49 53.47 1.2740 1.7960 104.5 18.2 .176 53 2023 02 05 07 11 01 46.608 -55 50 13.94 1.2737 1.7959 104.6 18.2 .176 53 2023 02 05 08 11 01 49.778 -55 50 34.36 1.2733 1.7957 104.6 18.2 .177 54 2023 02 05 09 11 01 52.948 -55 50 54.72 1.2730 1.7956 104.6 18.2 .177 54 2023 02 05 10 11 01 56.116 -55 51 15.03 1.2726 1.7955 104.6 18.2 .178 54 2023 02 05 11 11 01 59.283 -55 51 35.29 1.2723 1.7953 104.6 18.2 .178 54 2023 02 05 12 11 02 02.450 -55 51 55.49 1.2719 1.7952 104.6 18.2 .178 54 2023 02 05 13 11 02 05.615 -55 52 15.63 1.2715 1.7951 104.6 18.2 .179 54 2023 02 05 14 11 02 08.780 -55 52 35.72 1.2712 1.7950 104.7 18.2 .179 54 2023 02 05 15 11 02 11.943 -55 52 55.75 1.2708 1.7948 104.7 18.2 .179 54 2023 02 05 16 11 02 15.106 -55 53 15.73 1.2705 1.7947 104.7 18.2 .180 54 2023 02 05 17 11 02 18.267 -55 53 35.65 1.2701 1.7946 104.7 18.2 .180 54 2023 02 05 18 11 02 21.428 -55 53 55.52 1.2697 1.7944 104.7 18.2 .180 55 2023 02 05 19 11 02 24.587 -55 54 15.33 1.2694 1.7943 104.7 18.2 .181 55 2023 02 05 20 11 02 27.745 -55 54 35.09 1.2690 1.7942 104.7 18.2 .181 55 2023 02 05 21 11 02 30.903 -55 54 54.79 1.2687 1.7941 104.8 18.2 .181 55 2023 02 05 22 11 02 34.059 -55 55 14.43 1.2683 1.7939 104.8 18.2 .182 55