"Pseudo-MPEC" for A10VCQK
Created 2023 Jun 5 19:22:03 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
A10VCQK* C2023 05 278H'nHK2se?WHZE#LfS1.EF2SdK\xAstrometrytCjBJ^kPKd;Du=M22
A10VCQK C2023 05 27%tA+`NoM=[=FRSxwhI!'nQR2Fv.dU\_:CgWl:NM@EsLyK-P:0+A$M22
A10VCQK C2023 05 27]M6)#xGY[`M$M^pg2wb2Khevu;j+Fec]8ARhOg)EV;redacted;oM22
A10VCQK C2023 05 27DMm`_rNJn$?9/@$s#=Mx3YA!JrF3p$;=d5m%]qDv!SBrZt_:;!oeM22
A10VCQK C2023 05 28MolaeJ(5Vq(5UyZ+YR`gtXGIq;dL0PvaEF=(5My=c.pw:PO=$3M^M28
A10VCQK C2023 05 28471DA1$=L$C,Sp+KYnAV.K,bB0Oa]4ONysp0Rg6V+Yb9OGdc;_?#M28
A10VCQK C2023 05 281%f-5oHL]w!\qql#8\3x;u7EvU.l:'o%-53B+[IhYJK*uqa3Tt1IM28
A10VCQK C2023 05 28IHEWV7L^clicka+kvg[T6Jg:Oqi2#.,h2UEZTV7F(O-ht),ae:RiM28
A10VCQK C2023 05 28'lrR\Ld9[J[G%'Z]r?Gg-AJn]ibi2D5*Pq1;dl?9EtY=m97:x6PFM28
A10VCQK C2023 05 29M@/RSQ7)#HxAnAa=[vsN5dCoc3y/:s0LK;=/?-:3%[NB7/r18au5M28
A10VCQK C2023 05 29V8H0H)@L/FgLU`kXB5,Mp78.Rgw/y?(;HHg2n.^In*fHbb^Ie?q#M28
A10VCQK C2023 05 29'JDX3JW,Rr.U9@#GY'pcG%/(ig!;D(?i`Rmq^iF/\g2*F9c:rB#uM28
A10VCQK C2023 05 29KmLb;/'^IYQAq+dq:G^MQ^@+![#D8Ro+IAGdPNT--uX9_PS,hZ7'M28
A10VCQK C2023 05 29Uv(jTL(`Ah/=5MGdO!K]v^P6h]vVrh]'d@qrlSYhuh+1p,Oy.T6^M28
A10VCQK KC2023 05 29lfNZJKkv9(##HtPo'/]#QBhGNqG6%7uL$#`(NQ$g4'E6Uu+\^B95M21
A10VCQK KC2023 05 29[]GR^]2O2^S6D5P9,dt+OZ`f(%S!ajHm(_%2L=ebUZln@ViK0r_pM21
A10VCQK C2023 05 29^WSeTYUVL8o,JA#i]eD1m^g6dxb#HG[U?FcxU?$GidK0h;n-9f?`W79
A10VCQK C2023 05 29$,vB^9Fa:'YM1(y5PhUyBJGOdgn$kUU4mnZT.;KghQxJ*gTsA0LcW79
A10VCQK 1C2023 05 29ZMmxna#9pXMdLar4VC!DNSIYtW,pA2Y9T-hWF^iNhereoiu)F^DmW57
A10VCQK 1C2023 05 29kGf%f6FRIkPWRhxV2Y'pTepLI:soy5A?KAqtDJUnBwGS/M2kw@VmW57
A10VCQK {C2023 05 29lYbfN$?=y_h@0=MgsAdqh=ZpOKmI[;;;W[C5!ah:).$F'QhTMR%oQ62
A10VCQK {C2023 05 29o`ex13Gm(b9x_NSm*$K*_#r:P$?ysY?qk,r845T'3m/@n%3R]86CQ62
A10VCQK 1C2023 05 29;/]EgVEa62[J+M8t[?aNN'v-nNj,e3HNJG;[FVqdC,h(3nycv'jsQ62
A10VCQK 1C2023 05 294^!%j@8lH=nx:tI%=UmEBN!6MdfU.9iF;nk[a]^$QFvK%nZLmol(Q62
A10VCQK 1C2023 05 293X]vrBgO36K`nVbJ9O'acTTe.#16kCMg;./\]C_MHyu$bE'UNb7pQ62
A10VCQK 0C2023 05 30J%(gos0w`+IbhF!on!js=iTr=hTgl0ltw;m-8-gwWPe#+4r,$E#mW85
A10VCQK 0C2023 05 30yOdo=\0((^YxRAj9.hp8-NDBF*FE.nx]XmUQ*?3f#md/4UIBC?5PW85
A10VCQK 0C2023 05 30mYLmcslqAj/S8d^B)r.,eMpS\?OY8dc`w6Sac2*jA7(_v$hHgOg:W85
A10VCQK 0C2023 05 30E@PdI/4rb1.pLqp9U:ZGwtC!bEhk2\jR2T!u1inMUVw[(Gt]/^9)W85
A10VCQK 0C2023 05 30[:E]k8?[D,j'UiO\x,ZZ4[.Kwq06kQrhk0aL/mp/OKx$.QdBex#sW85
A10VCQK 0C2023 05 30J!kZkEKvEwdjbLqqsgH9X'!/kCtjFHn!mNm8Si8+T\mZSdSuj4]iW85
A10VCQK 0C2023 05 302N2`rXbfZUn'Hp:-$v^*d8%.nm0+\vYn7,yL:/AAWC8KPp!*U+HGW87
A10VCQK 0C2023 05 30dV;1@mqY;.?v-l6gXMdJxn@TxO_vJVk5Pk]G%xUxN=De3ew;O!mwW87
A10VCQK 0C2023 05 30uGOKaO!e_G6l]7K\G$dHOQ4F=':o#;D(t]g3*hIQK;VabZLZ]UeKW87
A10VCQK 0C2023 05 30\2h=7@A\x0`ewD-!u3RtXf8I0#tF5=coT^7j`5TFTRkbS@OoL#'9W87
A10VCQK 0C2023 05 30$?hv7hf.Q[biL-P;aPp9u2Faohdv[B;xdliRXw^9_M@FW[..+!]qW87
A10VCQK 0C2023 05 30HyX=Bw:#s/U8!DD3A('[0G'g(iO4k3+mf0bo$@BhuZCtYWoa^Pq+W87
A10VCQK (C2023 05 3029g!B!F/a9PY$8N(XJJ._n(%w%=(QH:D5o@kpP,/Ze3rmp+=@9huE10
A10VCQK (C2023 05 30@mr0T+2HOIG4ySw31,1[k(!*+D%%kQ%,dhT9DLck:D8P#6'8'0meE10
A10VCQK (C2023 05 30o7Dt)uT_[Mj2LpO=1k#u2ZenrF$eeMW/G`_Uy@Nd`R[5JFZf#0R]E10
A10VCQK (C2023 05 30OF/v$NaQ+KSE0.D*\%ovW*e'PGSdj9y5%MQV3/XfrWp.\e+moJOyE10
A10VCQK 0C2023 05 30JvR4PB(QuqVIHf6$vnjH%aV;;/Pf^Oj4\Y?$aJX#[F99Ba*jAE!\Q63
A10VCQK 0C2023 05 30KEU\]+'rg:kE!;y3uVHAIb1FbRkchpZ4Lpq1wCR74QlOQZ$a(F1DQ63
A10VCQK 0C2023 05 30dBjLN5jp,J*2@wryO/4V=1jBsrB*q`a2.wV$]/o!elsdu\RUlJg\Q63
A10VCQK 0C2023 05 30l`/hDN$A:2rqjUQS$RrJ%]EiU.9BE_\TMZZU^UpJNg:]nbKffP#fQ63
A10VCQK 0C2023 05 30FmA/`cTy.MYB)=wSg%@'c8OKcknsW:@x#';W':?.sak69DW9'Wh,Q63
A10VCQK 0C2023 05 30t^xhXU]R.`3Ir:d7#7yH(lG_dexlvARq%*97:vjH7#K/riFO'yQ/Q63
A10VCQK {C2023 05 30Exn0dGV:h.1GmK_-!)/8`4!X$a+U9:!7b1UcgpQO[SB,l)bu85MVQ62
A10VCQK {C2023 05 30nQX/63H*4:Fyo0f?;!n8a:BI54$K;4sFF(\Y+@HEg!nQhhl^C;P*Q62
A10VCQK {C2023 05 30Ur.EafJwIY_Yd[cm7Xx%Fj=i_mM;@5:'Udfor]U;,Utli_r$?;Z=Q62
A10VCQK KC2023 06 01tZak#G9+Y@0:vtw+i^;cP^b%uX_l,t-xwT7(JJ#Zy.o^wSya]]c_M49
A10VCQK KC2023 06 01B42\ZVhp-BajGem')Fjy*gR^(6uFOuhaJxZZfPhclX0W%k;K5:/#M49
A10VCQK KC2023 06 01Fm_6i_@N8R6:3WDU@6g*HlOcqeWZBWN[nqAh5Io!pchM.CGxd+F0M49
A10VCQK 3C2023 06 015c'@bvxjWFaRhP!nWd=ElKCmJ-yJr44yh.;`_O`F(NQ)v+:;H`aNX07
A10VCQK 3C2023 06 01]TxDSgjp/y1M9q#q_(BYa]t0w[8Z5j$Clud]kt6VGO'$)ycfU,E=X07
A10VCQK KC2023 06 02Cs'@T?CcXfUSQlx%(U2\+o5H[E.QSCq-K+%*K47V'6[/Ebu[GkKIX03
A10VCQK KC2023 06 02LpX-2c`/[H%`-^jXexplanationr\5SLJcq28,3)W]0Moq_X1nm3X03
A10VCQK KC2023 06 02MT@1xS*ZB]`lWYmdlvu)`IxWbWCW$V^2Qp1*EL7,rl=Q_[D5WMv-X03
Station data:
(E10) Siding Spring-Faulkes Telescope South (S31.272803 E149.070850)
Australia/NSW. Observer M. Micheli. Measurer P. Breitenstein. 2.0-m
Ritchey-Chrétien + CCD.
(M21) Schiaparelli Southern Observatory, Hakos (S23.236549 E16.361440)
Namibia. Observers A. Aletti, F. Bellini, L. Buzzi, G. Galli. Measurer L.
Buzzi. 0.36-m f/8.4 reflector + CCD.
(M22) ATLAS South Africa, Sutherland (S32.380156 E20.810590) South Africa.
Observers L. Denneau, R. Siverd, J. Tonry, H. Weiland. Measurers L.
Denneau, N. Erasmus, A. Fitzsimmons, A. Lawrence, J. Robinson, R. Siverd,
J. Tonry, H. Weiland. 0.5-m reflector + CCD.
(M28) Lesedi Telescope-SAAO Observatory, Sutherland (S32.379790 E20.810640)
South Africa. Observer N. Erasmus. 1.0-m f/8 Reflector + CCD.
(M49) IAS Remote Observatory, Hakos (S23.236549 E16.361720) Namibia.
(Q62) iTelescope Observatory, Siding Spring (S31.273286 E149.064420)
Australia/NSW. Observers H. Sato, N. Paul. 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.
(Q63) Siding Spring-LCO A (S31.273000 E149.070640) Australia/NSW. Observer
M. Micheli. 1.0-m f/8 Ritchey-Chrétien + CCD.
(W57) ESA TBT La Silla Observatory (S29.255186 W70.739060) Chile. Observer
F. Ocana.
(W79) Cerro Tololo-LCO Aqawan B {#}1 (S30.167669 W70.804650) Chile.
Observers T. Lister, J. Chatelain, E. Gomez, S. Greenstreet, I. Kosic.
Measurer T. Lister. 0.4-m f/8.0 Schmidt-Cassegrain + CCD.
(W85) Cerro Tololo-LCO A (S30.167404 W70.804810) Chile. Observer M.
Micheli. Measurer T. Lister. 1.0-m f/8 Ritchey-Chrétien + CCD.
(W87) Cerro Tololo-LCO C (S30.167454 W70.804680) Chile. Observer M.
Micheli. Measurer T. Lister. 1.0-m f/8.0 Ritchey-Chrétien + 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.
(X07) iTelescope Deep Sky Chile, Rio Hurtado (S30.526389 W70.853610) Chile.
Orbital elements: A10VCQK
Perihelion 2023 Sep 10.76676 +/- 0.808 TT = 18:24:08 (JD 2460198.26676)
Epoch 2023 Jun 2.0 TT = JDT 2460097.5 Ne: 0.8531 AutoNEOCP
M 359.37866657 +/- 0.23 (J2000 ecliptic)
n 0.00616605 +/- 0.0023 Peri. 339.00462 +/- 0.39
a 29.4531064 +/- 8.07 Node 224.21465 +/- 0.12
e 0.9312677 +/- 0.0173 Incl. 137.90755 +/- 0.023
P 159.84 H 14.30 G 0.15 U 8.7
q 2.02437769 +/- 0.00375 Q 56.8818351 +/- 16.2
51 of 58 observations 2023 May 27-June 2; mean residual 0".36
Residuals in arcseconds: 230527 M22 .80+ .17- 230529 Q62 .03+ .21- 230530 E10 .06+ .18- 230527 M22 .19+ .07+ 230529 Q62 .49- .64- 230530 Q63 .07+ .18- 230527 M22 .44+ .75- 230529 Q62 .15+ .02+ 230530 Q63 .12- .44- 230527 M22 .20- .83- 230529 Q62 .40+ .00 230530 Q63 .30+ .10- 230528 M28 .29- .86+ 230529 Q62 .17+ .06+ 230530 Q63 .00 .24- 230528 M28 .38- .67+ 230530 W85 .28+ .09+ 230530 Q63 .05+ .07+ 230528 M28 .60- .78+ 230530 W85 .34+ .07+ 230530 Q63 .10+ .32- 230528 M28 .56- .86+ 230530 W85 .26+ .02+ 230530 Q62 .37- .10+ 230528 M28 .65- .75+ 230530 W85 .37+ .08+ 230530 Q62 .02+ .08+ 230529 M28( 1.2- 1.3+) 230530 W85 .40+ .08+ 230530 Q62 .22- .24- 230529 M28( 1.8- .96+) 230530 W85 .28+ .06+ 230601 M49 .59- .10- 230529 M28( 2.2- 1.2+) 230530 W87 .43+ .07+ 230601 M49 .02- .19+ 230529 M28( 1.2- 1.2+) 230530 W87 .39+ .09+ 230601 M49 .59- .01- 230529 M28( 1.7- 1.3+) 230530 W87 .46+ .10+ 230601 X07 .32- .06+ 230529 M21 .20- .27- 230530 W87 .46+ .01- 230601 X07 .36+ .18+ 230529 M21 .33+ .33- 230530 W87 .41+ .13+ 230602 X03 .23+ .08- 230529 W79( 1.6+ 3.7+) 230530 W87 .53+ .09+ 230602 X03 .16- .10+ 230529 W79( .12+ 2.3+) 230530 E10 .24- .18- 230602 X03 .18+ .06+ 230529 W57 .85- .18+ 230530 E10 .55- .09+ 230529 W57 .05- .36- 230530 E10 .03+ .10- Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2023 06 05 19 22 35 01.831 -68 33 46.64 1.7249 2.3121 112.5 18.5 .892 119 2023 06 05 20 22 34 51.958 -68 35 40.56 1.7242 2.3119 112.6 18.5 .905 119 2023 06 05 21 22 34 42.039 -68 37 34.55 1.7234 2.3117 112.6 18.5 .917 119 2023 06 05 22 22 34 32.074 -68 39 28.61 1.7227 2.3115 112.6 18.5 .930 119 2023 06 05 23 22 34 22.063 -68 41 22.73 1.7220 2.3112 112.7 18.5 .943 119 2023 06 06 00 22 34 12.006 -68 43 16.92 1.7212 2.3110 112.7 18.5 .955 119 2023 06 06 01 22 34 01.902 -68 45 11.18 1.7205 2.3108 112.8 18.5 .968 119 2023 06 06 02 22 33 51.751 -68 47 05.50 1.7197 2.3106 112.8 18.5 .981 120 2023 06 06 03 22 33 41.553 -68 48 59.88 1.7190 2.3103 112.8 18.5 0.99 120 2023 06 06 04 22 33 31.308 -68 50 54.33 1.7182 2.3101 112.9 18.5 1.01 120 2023 06 06 05 22 33 21.015 -68 52 48.84 1.7175 2.3099 112.9 18.5 1.02 120 2023 06 06 06 22 33 10.675 -68 54 43.42 1.7167 2.3096 112.9 18.5 1.03 120 2023 06 06 07 22 33 00.286 -68 56 38.05 1.7160 2.3094 113.0 18.5 1.05 120 2023 06 06 08 22 32 49.849 -68 58 32.75 1.7153 2.3092 113.0 18.5 1.06 120 2023 06 06 09 22 32 39.363 -69 00 27.52 1.7145 2.3090 113.1 18.5 1.07 120 2023 06 06 10 22 32 28.828 -69 02 22.34 1.7138 2.3087 113.1 18.5 1.09 120 2023 06 06 11 22 32 18.244 -69 04 17.23 1.7130 2.3085 113.1 18.5 1.10 120 2023 06 06 12 22 32 07.611 -69 06 12.17 1.7123 2.3083 113.2 18.5 1.12 120 2023 06 06 13 22 31 56.928 -69 08 07.18 1.7116 2.3081 113.2 18.4 1.13 120 2023 06 06 14 22 31 46.195 -69 10 02.25 1.7108 2.3078 113.2 18.4 1.14 121 2023 06 06 15 22 31 35.412 -69 11 57.37 1.7101 2.3076 113.3 18.4 1.16 121 2023 06 06 16 22 31 24.579 -69 13 52.56 1.7094 2.3074 113.3 18.4 1.17 121 2023 06 06 17 22 31 13.694 -69 15 47.80 1.7086 2.3072 113.3 18.4 1.19 121 2023 06 06 18 22 31 02.759 -69 17 43.11 1.7079 2.3069 113.4 18.4 1.20 121 2023 06 06 19 22 30 51.772 -69 19 38.47 1.7072 2.3067 113.4 18.4 1.21 121 2023 06 06 20 22 30 40.734 -69 21 33.88 1.7064 2.3065 113.5 18.4 1.23 121 2023 06 06 21 22 30 29.643 -69 23 29.36 1.7057 2.3063 113.5 18.4 1.24 121 2023 06 06 22 22 30 18.501 -69 25 24.89 1.7050 2.3060 113.5 18.4 1.26 121 2023 06 06 23 22 30 07.306 -69 27 20.48 1.7042 2.3058 113.6 18.4 1.27 121 2023 06 07 00 22 29 56.059 -69 29 16.12 1.7035 2.3056 113.6 18.4 1.29 121 2023 06 07 01 22 29 44.758 -69 31 11.82 1.7028 2.3054 113.6 18.4 1.30 122 2023 06 07 02 22 29 33.404 -69 33 07.57 1.7021 2.3052 113.7 18.4 1.32 122 2023 06 07 03 22 29 21.997 -69 35 03.38 1.7013 2.3049 113.7 18.4 1.33 122 2023 06 07 04 22 29 10.535 -69 36 59.24 1.7006 2.3047 113.7 18.4 1.35 122 2023 06 07 05 22 28 59.020 -69 38 55.16 1.6999 2.3045 113.8 18.4 1.36 122 2023 06 07 06 22 28 47.450 -69 40 51.12 1.6992 2.3043 113.8 18.4 1.38 122 2023 06 07 07 22 28 35.825 -69 42 47.14 1.6984 2.3040 113.9 18.4 1.39 122 2023 06 07 08 22 28 24.145 -69 44 43.21 1.6977 2.3038 113.9 18.4 1.41 122 2023 06 07 09 22 28 12.410 -69 46 39.34 1.6970 2.3036 113.9 18.4 1.43 122 2023 06 07 10 22 28 00.619 -69 48 35.51 1.6963 2.3034 114.0 18.4 1.44 122 2023 06 07 11 22 27 48.772 -69 50 31.73 1.6956 2.3031 114.0 18.4 1.46 122 2023 06 07 12 22 27 36.868 -69 52 28.01 1.6948 2.3029 114.0 18.4 1.47 123 2023 06 07 13 22 27 24.909 -69 54 24.33 1.6941 2.3027 114.1 18.4 1.49 123 2023 06 07 14 22 27 12.892 -69 56 20.70 1.6934 2.3025 114.1 18.4 1.51 123 2023 06 07 15 22 27 00.818 -69 58 17.12 1.6927 2.3022 114.1 18.4 1.52 123 2023 06 07 16 22 26 48.686 -70 00 13.59 1.6920 2.3020 114.2 18.4 1.54 123 2023 06 07 17 22 26 36.497 -70 02 10.10 1.6913 2.3018 114.2 18.4 1.56 123 2023 06 07 18 22 26 24.249 -70 04 06.66 1.6905 2.3016 114.3 18.4 1.57 123