您当前位置：公务员考试网 > 陕西人事考试 > 陕西事业单位考试 > 招考信息 > 2016榆林市选聘优秀高校毕业生到民营企业工作笔试成

2016榆林市选聘优秀高校毕业生到民营企业工作笔试成绩(3)

2016-11-03 09:49:45 文章来源：陕西人事考试刷题模考微信公众号咨询口

招考公告》》点击查看

职位表》》点击查看

历年考情》》了解详情

备考课程》》点击咨询

陕西华图教育为各位考生提供：2016榆林市选聘优秀高校毕业生到民营企业工作笔试成绩(3)，以下是详细信息，如有疑问请点击【陕西事业单位考情】咨询详情，更多关于事业单位、事业单位招聘、陕西事业单位招聘信息，请关注陕西华图事业单位招聘考试网。

考号

总分

2016012918	62
2016012919	0
2016012920	86.5
2016012921	0
2016012922	83.5
2016012923	73.5
2016012924	92
2016012925	0
2016012926	86
2016012927	95.5
2016012928	94
2016012929	74
2016012930	69.5
2016012931	70.5
2016012932	0
2016012933	76
2016012934	86
2016012935	0
2016013001	75.5
2016013002	0
2016013003	66.5
2016013004	0
2016013005	63
2016013006	0
2016013007	79
2016013008	0
2016013009	0
2016013010	72
2016013011	91.5
2016013012	84.5
2016013013	70.5
2016013014	83
2016013015	77
2016013016	0
2016013017	73.5
2016013018	58
2016013019	79.5
2016013020	87
2016013021	90
2016013022	64.5
2016013023	77.5
2016013024	0
2016013025	81.5
2016013026	86
2016013027	90.5
2016013028	73
2016013029	0
2016013030	0
2016013031	0
2016013032	92
2016013033	0
2016013034	0
2016013035	72
2016013101	69
2016013102	85.5
2016013103	0
2016013104	0
2016013105	75
2016013106	85.5
2016013107	83
2016013108	68
2016013109	73
2016013110	60.5
2016013111	0
2016013112	82
2016013113	76
2016013114	0
2016013115	71
2016013116	0
2016013117	85.5
2016013118	75.5
2016013119	91
2016013120	0
2016013121	0
2016013122	87.5
2016013123	0
2016013124	0
2016013125	0
2016013126	0
2016013127	70.5
2016013128	67.5
2016013129	66.5
2016013130	77
2016013131	0
2016013132	64
2016013133	0
2016013134	87
2016013135	74
2016013201	0
2016013202	0
2016013203	82
2016013204	67
2016013205	72.5
2016013206	82.5
2016013207	0
2016013208	75
2016013209	71
2016013210	0
2016013211	63
2016013212	95.5
2016013213	63
2016013214	0
2016013215	80.5
2016013216	94.5
2016013217	0
2016013218	0
2016013219	80
2016013220	73
2016013221	75
2016013222	0
2016013223	81
2016013224	0
2016013225	83.5
2016013226	0
2016013227	0
2016013228	0
2016013229	0
2016013230	0
2016013231	70
2016013232	80.5
2016013233	0
2016013234	0
2016013235	82.5
2016013301	0
2016013302	77
2016013303	72.5
2016013304	70
2016013305	75.5
2016013306	63
2016013307	0
2016013308	87.5
2016013309	80
2016013310	0
2016013311	77
2016013312	59.5
2016013313	0
2016013314	0
2016013315	67.5
2016013316	0
2016013317	0
2016013318	76
2016013319	0
2016013320	76.5
2016013321	79
2016013322	0
2016013323	94
2016013324	0
2016013325	97
2016013326	0
2016013327	96
2016013328	0
2016013329	0
2016013330	0
2016013331	87.5
2016013332	73
2016013333	90.5
2016013334	78.5
2016013335	78.5
2016013401	75
2016013402	87
2016013403	98
2016013404	0
2016013405	80.5
2016013406	81.5
2016013407	0
2016013408	70.5
2016013409	0
2016013410	74.5
2016013411	62.5
2016013412	91.5
2016013413	86.5
2016013414	73
2016013415	0
2016013416	70.5
2016013417	88
2016013418	71.5
2016013419	62
2016013420	84
2016013421	0
2016013422	0
2016013423	0
2016013424	86.5
2016013425	0
2016013426	72
2016013427	85
2016013428	83.5
2016013429	0
2016013430	88
2016013431	0
2016013432	0
2016013433	0
2016013434	60
2016013435	77.5
2016013501	69
2016013502	85.5
2016013503	73
2016013504	72.5
2016013505	100
2016013506	82.5
2016013507	0
2016013508	0
2016013509	0
2016013510	90.5
2016013511	0
2016013512	86.5
2016013513	0
2016013514	0
2016013515	72.5
2016013516	0
2016013517	88
2016013518	77
2016013519	80
2016013520	94
2016013521	75
2016013522	0
2016013523	77.5
2016013524	0
2016013525	0
2016013526	74
2016013527	0
2016013528	67.5
2016013529	0
2016013530	0
2016013531	90
2016013532	94.5
2016013533	87
2016013534	0
2016013535	0
2016013601	59
2016013602	74
2016013603	0
2016013604	0
2016013605	0
2016013606	68
2016013607	0
2016013608	0
2016013609	0
2016013610	0
2016013611	84
2016013612	72.5
2016013613	74.5
2016013614	98.5
2016013615	101.5
2016013616	94.5
2016013617	66
2016013618	93
2016013619	0
2016013620	79
2016013621	67.5
2016013622	86.5
2016013623	70.5
2016013624	0
2016013625	88
2016013626	0
2016013627	89.5
2016013628	82
2016013629	0
2016013630	0
2016013631	84.5
2016013632	53
2016013633	0
2016013634	82.5
2016013635	76.5
2016013701	93
2016013702	0
2016013703	89
2016013704	67
2016013705	0
2016013706	0
2016013707	0
2016013708	82.5
2016013709	0
2016013710	76
2016013711	79.5
2016013712	85
2016013713	0
2016013714	60
2016013715	73
2016013716	0
2016013717	91
2016013718	84
2016013719	80
2016013720	0
2016013721	76.5
2016013722	0
2016013723	0
2016013724	0
2016013725	0
2016013726	0
2016013727	84.5
2016013728	54.5
2016013729	85
2016013730	100.5
2016013731	81
2016013732	0
2016013733	61
2016013734	0
2016013735	75.5
2016013801	55.5
2016013802	83
2016013803	94.5
2016013804	71.5
2016013805	0
2016013806	0
2016013807	89.5
2016013808	95
2016013809	85
2016013810	0
2016013811	0
2016013812	0
2016013813	58.5
2016013814	0
2016013815	80.5
2016013816	63.5
2016013817	0
2016013818	73.5
2016013819	0
2016013820	0
2016013821	0
2016013822	111
2016013823	77
2016013824	0
2016013825	56.5
2016013826	89
2016013827	83
2016013828	95.5
2016013829	90.5
2016013830	0
2016013831	87
2016013832	73.5
2016013833	0
2016013834	0
2016013835	75
2016013901	76
2016013902	70
2016013903	87
2016013904	87.5
2016013905	86
2016013906	0
2016013907	68
2016013908	80.5
2016013909	75
2016013910	96.5
2016013911	86
2016013912	78.5
2016013913	82
2016013914	59.5
2016013915	80.5
2016013916	0
2016013917	59
2016013918	92
2016013919	63.5
2016013920	0
2016013921	0
2016013922	0
2016013923	80
2016013924	83
2016013925	74
2016013926	0
2016013927	69.5
2016013928	0
2016013929	78
2016013930	75.5
2016013931	0
2016013932	78.5
2016013933	0
2016013934	76.5
2016013935	69
2016014001	61.5
2016014002	0
2016014003	77
2016014004	0
2016014005	0
2016014006	0
2016014007	80
2016014008	80
2016014009	75.5
2016014010	84.5
2016014011	77
2016014012	0
2016014013	86.5
2016014014	0
2016014015	77
2016014016	55
2016014017	73.5
2016014018	71
2016014019	98.5
2016014020	0
2016014021	68.5
2016014022	0
2016014023	85.5
2016014024	0
2016014025	96.5
2016014026	61
2016014027	74.5
2016014028	81.5
2016014029	88
2016014030	71
2016014031	89
2016014032	64.5
2016014033	86.5
2016014034	0
2016014035	94
2016014101	80
2016014102	0
2016014103	0
2016014104	86
2016014105	62
2016014106	65.5
2016014107	96.5
2016014108	76
2016014109	73.5
2016014110	0
2016014111	82
2016014112	55
2016014113	83
2016014114	67
2016014115	82
2016014116	0
2016014117	0
2016014118	74
2016014119	76.5
2016014120	0
2016014121	79.5
2016014122	0
2016014123	76.5
2016014124	0
2016014125	45.5
2016014126	93
2016014127	88.5
2016014128	99.5
2016014129	84.5
2016014130	0
2016014131	66.5
2016014132	82.5
2016014133	0
2016014134	82
2016014135	64
2016014201	0
2016014202	0
2016014203	0
2016014204	98.5
2016014205	79
2016014206	0
2016014207	0
2016014208	74
2016014209	82
2016014210	65.5
2016014211	0
2016014212	99
2016014213	0
2016014214	85.5
2016014215	69
2016014216	76
2016014217	73
2016014218	0
2016014219	83
2016014220	85.5
2016014221	77.5
2016014222	0
2016014223	79
2016014224	75
2016014225	0
2016014226	0
2016014227	78
2016014228	82.5
2016014229	61
2016014230	0
2016014231	0
2016014232	80.5
2016014233	73
2016014234	95.5
2016014235	82
2016014301	0
2016014302	61
2016014303	78
2016014304	0
2016014305	88
2016014306	92.5
2016014307	73
2016014308	89
2016014309	73
2016014310	66.5
2016014311	82.5
2016014312	82.5
2016014313	73
2016014314	0
2016014315	71.5
2016014316	76
2016014317	67
2016014318	89
2016014319	71
2016014320	0
2016014321	86.5
2016014322	83
2016014323	86.5
2016014324	78.5
2016014325	77
2016014326	99
2016014327	0