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(5)

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(5)，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

2016015803	0
2016015804	74.5
2016015805	80
2016015806	0
2016015807	75
2016015808	80
2016015809	71
2016015810	75.5
2016015811	0
2016015812	77.5
2016015813	63.5
2016015814	86
2016015815	88
2016015816	0
2016015817	79
2016015818	71.5
2016015819	84.5
2016015820	62
2016015821	91
2016015822	92
2016015823	76
2016015824	82.5
2016015825	92.5
2016015826	85
2016015827	0
2016015828	0
2016015829	0
2016015830	0
2016015831	77
2016015832	0
2016015833	74.5
2016015834	83.5
2016015835	0
2016015901	0
2016015902	71.5
2016015903	67
2016015904	86
2016015905	0
2016015906	80
2016015907	86.5
2016015908	77
2016015909	71
2016015910	81.5
2016015911	0
2016015912	88
2016015913	86
2016015914	0
2016015915	92
2016015916	86
2016015917	67
2016015918	0
2016015919	0
2016015920	64.5
2016015921	0
2016015922	0
2016015923	0
2016015924	0
2016015925	66.5
2016015926	0
2016015927	79.5
2016015928	78
2016015929	0
2016015930	0
2016015931	80.5
2016015932	81
2016015933	79
2016015934	63
2016015935	68.5
2016016001	68
2016016002	93
2016016003	66
2016016004	90.5
2016016005	0
2016016006	70
2016016007	90
2016016008	79.5
2016016009	0
2016016010	81.5
2016016011	60.5
2016016012	0
2016016013	66
2016016014	0
2016016015	0
2016016016	0
2016016017	0
2016016018	71.5
2016016019	0
2016016020	0
2016016021	83.5
2016016022	78.5
2016016023	0
2016016024	69
2016016025	94
2016016026	0
2016016027	73
2016016028	56.5
2016016029	82.5
2016016030	71.5
2016016031	0
2016016032	0
2016016033	81.5
2016016034	73.5
2016016035	59
2016016101	0
2016016102	90
2016016103	67
2016016104	66
2016016105	69.5
2016016106	78.5
2016016107	0
2016016108	61
2016016109	84.5
2016016110	62.5
2016016111	0
2016016112	64
2016016113	55.5
2016016114	74
2016016115	0
2016016116	0
2016016117	0
2016016118	86.5
2016016119	69.5
2016016120	0
2016016121	0
2016016122	0
2016016123	0
2016016124	112
2016016125	98
2016016126	0
2016016127	76.5
2016016128	0
2016016129	66.5
2016016130	94
2016016131	0
2016016132	88
2016016133	90
2016016134	0
2016016135	0
2016016201	0
2016016202	85
2016016203	90.5
2016016204	80.5
2016016205	81
2016016206	0
2016016207	0
2016016208	0
2016016209	0
2016016210	94
2016016211	87
2016016212	56.5
2016016213	0
2016016214	80
2016016215	0
2016016216	0
2016016217	90.5
2016016218	57
2016016219	51.5
2016016220	75
2016016221	70
2016016222	96.5
2016016223	84.5
2016016224	0
2016016225	0
2016016226	82
2016016227	93
2016016228	72
2016016229	0
2016016230	73.5
2016016231	0
2016016232	77
2016016233	56
2016016234	88
2016016235	0
2016016301	84.5
2016016302	0
2016016303	73.5
2016016304	88
2016016305	0
2016016306	0
2016016307	73
2016016308	70.5
2016016309	81
2016016310	71.5
2016016311	80.5
2016016312	92.5
2016016313	98.5
2016016314	64.5
2016016315	84.5
2016016316	72
2016016317	73.5
2016016318	81.5
2016016319	72
2016016320	0
2016016321	71
2016016322	0
2016016323	75
2016016324	81
2016016325	72.5
2016016326	0
2016016327	0
2016016328	92
2016016329	73
2016016330	76.5
2016016331	87
2016016332	74
2016016333	0
2016016334	86
2016016335	0
2016016401	82
2016016402	0
2016016403	76.5
2016016404	71
2016016405	0
2016016406	82.5
2016016407	78
2016016408	73.5
2016016409	85.5
2016016410	0
2016016411	92.5
2016016412	97.5
2016016413	0
2016016414	88
2016016415	0
2016016416	84.5
2016016417	78
2016016418	82.5
2016016419	86
2016016420	82
2016016421	0
2016016422	0
2016016423	61.5
2016016424	85.5
2016016425	89
2016016426	75
2016016427	83
2016016428	75.5
2016016429	0
2016016430	0
2016016431	63.5
2016016432	79.5
2016016433	0
2016016434	0
2016016435	88.5
2016016501	0
2016016502	88.5
2016016503	63.5
2016016504	56
2016016505	77
2016016506	76.5
2016016507	56.5
2016016508	87
2016016509	99.5
2016016510	92
2016016511	85.5
2016016512	82
2016016513	71.5
2016016514	78
2016016515	59
2016016516	62.5
2016016517	0
2016016518	0
2016016519	88
2016016520	76
2016016521	76
2016016522	77
2016016523	86
2016016524	80.5
2016016525	76.5
2016016526	81
2016016527	86.5
2016016528	0
2016016529	71.5
2016016530	0
2016016531	0
2016016532	85
2016016533	69.5
2016016534	85
2016016535	67
2016016601	76.5
2016016602	60.5
2016016603	104.5
2016016604	0
2016016605	75.5
2016016606	78.5
2016016607	76.5
2016016608	83.5
2016016609	95
2016016610	0
2016016611	68.5
2016016612	0
2016016613	73
2016016614	76
2016016615	81
2016016616	0
2016016617	0
2016016618	0
2016016619	77.5
2016016620	69.5
2016016621	78
2016016622	89.5
2016016623	88.5
2016016624	0
2016016625	69
2016016626	0
2016016627	55
2016016628	80
2016016629	0
2016016630	0
2016016631	73
2016016632	0
2016016633	68.5
2016016634	71
2016016635	0
2016016701	0
2016016702	0
2016016703	89.5
2016016704	81.5
2016016705	74
2016016706	70
2016016707	0
2016016708	0
2016016709	76
2016016710	0
2016016711	0
2016016712	0
2016016713	0
2016016714	80.5
2016016715	80.5
2016016716	88.5
2016016717	74.5
2016016718	88
2016016719	65.5
2016016720	75.5
2016016721	0
2016016722	79
2016016723	104
2016016724	78.5
2016016725	80.5
2016016726	80.5
2016016727	0
2016016728	67
2016016729	87.5
2016016730	91
2016016731	84.5
2016016732	0
2016016733	78.5
2016016734	66
2016016735	99
2016016801	79
2016016802	79.5
2016016803	0
2016016804	78
2016016805	79
2016016806	88
2016016807	79
2016016808	0
2016016809	75
2016016810	96.5
2016016811	73
2016016812	0
2016016813	97.5
2016016814	87
2016016815	82.5
2016016816	76.5
2016016817	0
2016016818	69
2016016819	73
2016016820	97
2016016821	0
2016016822	0
2016016823	0
2016016824	59
2016016825	0
2016016826	0
2016016827	72.5
2016016828	94
2016016829	72
2016016830	89.5
2016016831	0
2016016832	72.5
2016016833	83
2016016834	0
2016016835	68
2016016901	0
2016016902	84.5
2016016903	0
2016016904	65
2016016905	62.5
2016016906	0
2016016907	0
2016016908	0
2016016909	83
2016016910	73.5
2016016911	73.5
2016016912	0
2016016913	75
2016016914	76
2016016915	0
2016016916	71
2016016917	83.5
2016016918	81.5
2016016919	81.5
2016016920	96
2016016921	0
2016016922	79.5
2016016923	59
2016016924	0
2016016925	66
2016016926	68.5
2016016927	92.5
2016016928	79.5
2016016929	71.5
2016016930	77
2016016931	80
2016016932	82
2016016933	77.5
2016016934	0
2016016935	83.5
2016017001	84.5
2016017002	0
2016017003	77.5
2016017004	0
2016017005	71.5
2016017006	88
2016017007	85.5
2016017008	0
2016017009	0
2016017010	64
2016017011	87.5
2016017012	88
2016017013	96
2016017014	0
2016017015	82.5
2016017016	86
2016017017	76.5
2016017018	78
2016017019	0
2016017020	0
2016017021	0
2016017022	0
2016017023	88
2016017024	72
2016017025	86.5
2016017026	89.5
2016017027	81.5
2016017028	68
2016017029	83.5
2016017030	64.5
2016017031	82
2016017032	77
2016017033	0
2016017034	0
2016017035	84
2016017101	0
2016017102	0
2016017103	0
2016017104	89
2016017105	0
2016017106	63.5
2016017107	86.5
2016017108	82
2016017109	0
2016017110	76
2016017111	53
2016017112	82
2016017113	92
2016017114	0
2016017115	0
2016017116	92
2016017117	88
2016017118	98.5
2016017119	86
2016017120	68
2016017121	87.5
2016017122	59
2016017123	80
2016017124	0
2016017125	89
2016017126	78.5
2016017127	76.5
2016017128	0
2016017129	71
2016017130	79.5
2016017131	95.5
2016017132	92
2016017133	0
2016017134	80.5
2016017135	68.5
2016017201	69.5
2016017202	77
2016017203	79
2016017204	66
2016017205	57
2016017206	75.5
2016017207	83
2016017208	0
2016017209	83
2016017210	72.5
2016017211	0
2016017212	78.5