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(4)

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(4)，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

2016014328	84.5
2016014329	69
2016014330	105
2016014331	79
2016014332	0
2016014333	84.5
2016014334	84
2016014335	65.5
2016014401	63
2016014402	0
2016014403	0
2016014404	0
2016014405	75
2016014406	0
2016014407	0
2016014408	68
2016014409	0
2016014410	0
2016014411	81.5
2016014412	85
2016014413	82
2016014414	87
2016014415	75.5
2016014416	79.5
2016014417	0
2016014418	80
2016014419	0
2016014420	80
2016014421	93.5
2016014422	72.5
2016014423	69
2016014424	79.5
2016014425	81
2016014426	75
2016014427	0
2016014428	85
2016014429	93
2016014430	79.5
2016014431	85
2016014432	88
2016014433	0
2016014434	82.5
2016014435	72.5
2016014501	74
2016014502	0
2016014503	0
2016014504	74.5
2016014505	75
2016014506	0
2016014507	0
2016014508	85.5
2016014509	53
2016014510	91.5
2016014511	77
2016014512	0
2016014513	78.5
2016014514	70
2016014515	84.5
2016014516	64.5
2016014517	0
2016014518	99
2016014519	0
2016014520	0
2016014521	87
2016014522	80.5
2016014523	0
2016014524	76.5
2016014525	0
2016014526	71
2016014527	66.5
2016014528	0
2016014529	101
2016014530	91.5
2016014531	81
2016014532	0
2016014533	68.5
2016014534	0
2016014535	63.5
2016014601	72.5
2016014602	0
2016014603	0
2016014604	73
2016014605	0
2016014606	77.5
2016014607	0
2016014608	95
2016014609	0
2016014610	0
2016014611	92
2016014612	76.5
2016014613	84
2016014614	0
2016014615	74
2016014616	84.5
2016014617	0
2016014618	76.5
2016014619	61
2016014620	66
2016014621	0
2016014622	66
2016014623	0
2016014624	57
2016014625	58.5
2016014626	100.5
2016014627	99
2016014628	94.5
2016014629	70
2016014630	81.5
2016014631	86.5
2016014632	72
2016014633	88.5
2016014634	0
2016014635	0
2016014701	79
2016014702	83.5
2016014703	0
2016014704	78.5
2016014705	99
2016014706	85.5
2016014707	89
2016014708	0
2016014709	77.5
2016014710	0
2016014711	53.5
2016014712	70.5
2016014713	78.5
2016014714	84
2016014715	94.5
2016014716	74.5
2016014717	74
2016014718	94.5
2016014719	0
2016014720	0
2016014721	0
2016014722	93.5
2016014723	0
2016014724	85
2016014725	84.5
2016014726	0
2016014727	93
2016014728	83
2016014729	80
2016014730	88.5
2016014731	88.5
2016014732	0
2016014733	90
2016014734	79.5
2016014735	72
2016014801	87
2016014802	53.5
2016014803	0
2016014804	89.5
2016014805	63.5
2016014806	92
2016014807	0
2016014808	80
2016014809	53
2016014810	67
2016014811	84
2016014812	78.5
2016014813	76.5
2016014814	84.5
2016014815	76.5
2016014816	69.5
2016014817	80
2016014818	72.5
2016014819	0
2016014820	78
2016014821	81.5
2016014822	67.5
2016014823	53.5
2016014824	66
2016014825	96
2016014826	76
2016014827	82.5
2016014828	68.5
2016014829	77.5
2016014830	0
2016014831	60.5
2016014832	68
2016014833	72
2016014834	80
2016014835	0
2016014901	84
2016014902	0
2016014903	74.5
2016014904	68
2016014905	89
2016014906	94
2016014907	0
2016014908	97.5
2016014909	0
2016014910	0
2016014911	0
2016014912	94
2016014913	68.5
2016014914	0
2016014915	93.5
2016014916	0
2016014917	92.5
2016014918	70.5
2016014919	63
2016014920	68
2016014921	90.5
2016014922	90
2016014923	0
2016014924	87.5
2016014925	58
2016014926	0
2016014927	90
2016014928	0
2016014929	0
2016014930	81
2016014931	0
2016014932	0
2016014933	83
2016014934	74.5
2016014935	98
2016015001	76
2016015002	79.5
2016015003	76.5
2016015004	0
2016015005	85.5
2016015006	77.5
2016015007	77
2016015008	76.5
2016015009	0
2016015010	79
2016015011	87.5
2016015012	72
2016015013	96
2016015014	79
2016015015	87
2016015016	73
2016015017	0
2016015018	69
2016015019	67.5
2016015020	0
2016015021	74.5
2016015022	83
2016015023	77.5
2016015024	0
2016015025	87.5
2016015026	78
2016015027	0
2016015028	78.5
2016015029	0
2016015030	0
2016015031	69.5
2016015032	76.5
2016015033	82.5
2016015034	65
2016015035	85
2016015101	85.5
2016015102	87.5
2016015103	77
2016015104	0
2016015105	0
2016015106	92.5
2016015107	78
2016015108	0
2016015109	91.5
2016015110	0
2016015111	0
2016015112	74.5
2016015113	0
2016015114	0
2016015115	66
2016015116	82
2016015117	89
2016015118	0
2016015119	80
2016015120	0
2016015121	0
2016015122	0
2016015123	88
2016015124	0
2016015125	0
2016015126	0
2016015127	0
2016015128	88
2016015129	83
2016015130	92
2016015131	79
2016015132	92.5
2016015133	0
2016015134	98
2016015135	64.5
2016015201	73
2016015202	76
2016015203	95
2016015204	0
2016015205	95
2016015206	77.5
2016015207	0
2016015208	0
2016015209	94.5
2016015210	79.5
2016015211	0
2016015212	0
2016015213	0
2016015214	81
2016015215	80
2016015216	76
2016015217	0
2016015218	66.5
2016015219	0
2016015220	0
2016015221	80.5
2016015222	59.5
2016015223	96.5
2016015224	79
2016015225	0
2016015226	0
2016015227	71
2016015228	0
2016015229	0
2016015230	79
2016015231	0
2016015232	73.5
2016015233	84.5
2016015234	0
2016015235	0
2016015301	84
2016015302	62
2016015303	77.5
2016015304	106.5
2016015305	94.5
2016015306	0
2016015307	83.5
2016015308	75
2016015309	81
2016015310	75
2016015311	81.5
2016015312	73.5
2016015313	0
2016015314	81.5
2016015315	79.5
2016015316	73
2016015317	82.5
2016015318	0
2016015319	77
2016015320	67.5
2016015321	59.5
2016015322	81
2016015323	0
2016015324	84
2016015325	61.5
2016015326	99.5
2016015327	92.5
2016015328	79
2016015329	60.5
2016015330	0
2016015331	71.5
2016015332	88.5
2016015333	0
2016015334	74
2016015335	71.5
2016015401	100
2016015402	76.5
2016015403	69
2016015404	69.5
2016015405	93
2016015406	76
2016015407	0
2016015408	0
2016015409	73
2016015410	0
2016015411	63
2016015412	73.5
2016015413	0
2016015414	61.5
2016015415	0
2016015416	76
2016015417	63.5
2016015418	75
2016015419	0
2016015420	88
2016015421	73
2016015422	73
2016015423	77.5
2016015424	0
2016015425	0
2016015426	0
2016015427	76
2016015428	73
2016015429	68
2016015430	0
2016015431	0
2016015432	89.5
2016015433	66.5
2016015434	0
2016015435	77
2016015501	0
2016015502	75
2016015503	86.5
2016015504	83
2016015505	62
2016015506	0
2016015507	70.5
2016015508	70.5
2016015509	0
2016015510	66
2016015511	85
2016015512	91
2016015513	0
2016015514	66.5
2016015515	92
2016015516	90
2016015517	0
2016015518	64
2016015519	83.5
2016015520	78
2016015521	0
2016015522	52
2016015523	80
2016015524	92.5
2016015525	0
2016015526	0
2016015527	81.5
2016015528	60.5
2016015529	0
2016015530	0
2016015531	0
2016015532	97.5
2016015533	88.5
2016015534	65
2016015535	0
2016015601	0
2016015602	72.5
2016015603	87
2016015604	81
2016015605	77
2016015606	93
2016015607	0
2016015608	65
2016015609	71
2016015610	67.5
2016015611	89
2016015612	0
2016015613	78
2016015614	65
2016015615	78.5
2016015616	63
2016015617	92.5
2016015618	100
2016015619	0
2016015620	95.5
2016015621	73.5
2016015622	75.5
2016015623	95.5
2016015624	0
2016015625	0
2016015626	75
2016015627	84.5
2016015628	0
2016015629	80.5
2016015630	0
2016015631	0
2016015632	68
2016015633	0
2016015634	0
2016015635	92.5
2016015701	78.5
2016015702	0
2016015703	91
2016015704	76.5
2016015705	80.5
2016015706	60.5
2016015707	91
2016015708	73
2016015709	77.5
2016015710	66
2016015711	75
2016015712	0
2016015713	67.5
2016015714	0
2016015715	73
2016015716	0
2016015717	88
2016015718	98.5
2016015719	62.5
2016015720	86
2016015721	77
2016015722	0
2016015723	71
2016015724	86
2016015725	0
2016015726	0
2016015727	0
2016015728	0
2016015729	0
2016015730	0
2016015731	93
2016015732	0
2016015733	0
2016015734	50
2016015735	0
2016015801	83.5
2016015802	65