招考信息备考资料试题题库分校动态|图书教材面授课程网校课程| 砖题库职位表直播|微信联系我们

  • 在线客服咨询
  • 当前位置:宣城人事考试网 > 事业单位 > 成绩查询 >

    阅读模式

    2021年安徽徽商职业学院招聘统考笔试成绩及排名公告

    2021-06-25 16:37宣城事业单位招聘网 来源:徽商职业学院

      宣城事业单位招聘网同步徽商职业学院提供以下事业单位成绩查询信息:2021年安徽徽商职业学院招聘统考笔试成绩及排名公告,更多关于徽商职业学院招聘,事业单位笔试成绩,安徽徽商职业学院招聘,事业单位成绩查询的内容,请关注宣城事业单位招聘网/宣城人事考试网

    徽商职业学院2021年公开招聘工作人员统考笔试成绩及排名公告

      根据2021年度安徽省省直事业单位公开招聘工作人员公告要求,现将徽商职业学院2021年公开招聘工作人员的统考笔试成绩及排名予以公告。

      附件:徽商职业学院2021年公开招聘工作人员统考笔试成绩及排名

      徽商职业学院

      2021年6月24日

      徽商职业学院2021年公开招聘工作人员统考笔试成绩及排名

    岗位代码 准考证号 职测分数 综合分数 总分 排名
    3000627 2134300809309 110.5 118 228.5 1
    3000627 2134300809504 106.5 112.5 219 2
    3000627 2134300809310 101.5 116 217.5 3
    3000627 2134300809403 105 112.5 217.5 4
    3000627 2134300809420 98.5 117 215.5 5
    3000627 2134300809329 103 110 213 6
    3000627 2134300809416 98.5 114 212.5 7
    3000627 2134300809422 103.5 108.5 212 8
    3000627 2134300809512 94.5 117.5 212 9
    3000627 2134300809321 104.5 106.5 211 10
    3000627 2134300809407 97 110.5 207.5 11
    3000627 2134300809301 92 113.5 205.5 12
    3000627 2134300809406 95.5 107.5 203 13
    3000627 2134300809314 89.5 113 202.5 14
    3000627 2134300809507 96 104.5 200.5 15
    3000627 2134300809515 93 107 200 16
    3000627 2134300809305 101.5 98 199.5 17
    3000627 2134300809417 95.5 103.5 199 18
    3000627 2134300809501 84.5 110.5 195 19
    3000627 2134300809313 81 111.5 192.5 20
    3000627 2134300809324 83.5 108 191.5 21
    3000627 2134300809430 90 101.5 191.5 22
    3000627 2134300809508 90 101 191 23
    3000627 2134300809509 85 106 191 24
    3000627 2134300809322 89.5 100.5 190 25
    3000627 2134300809413 100 88.5 188.5 26
    3000627 2134300809404 87 99.5 186.5 27
    3000627 2134300809317 87.5 96.5 184 28
    3000627 2134300809502 72.5 111.5 184 29
    3000627 2134300809302 96 84.5 180.5 30
    3000627 2134300809421 87 93 180 31
    3000627 2134300809517 81.5 98 179.5 32
    3000627 2134300809304 86 91.5 177.5 33
    3000627 2134300809427 80.5 95 175.5 34
    3000627 2134300809401 89 83.5 172.5 35
    3000627 2134300809506 86.5 86 172.5 36
    3000627 2134300809405 74.5 97.5 172 37
    3000627 2134300809425 85.5 86.5 172 38
    3000627 2134300809409 76 92 168 39
    3000627 2134300809423 98.5 69.5 168 40
    3000627 2134300809503 64.5 102.5 167 41
    3000627 2134300809419 81.5 84.5 166 42
    3000627 2134300809511 76 88 164 43
    3000627 2134300809513 76.5 84.5 161 44
    3000627 2134300809411 75.5 83 158.5 45
    3000627 2134300809402 75.5 81.5 157 46
    3000627 2134300809514 88 69 157 47
    3000627 2134300809327 73.5 79 152.5 49
               
    3000628 3134301403314 93 96 189 1
    3000628 3134301403311 83 104.5 187.5 2
    3000628 3134301403313 91 83 174 3
    3000628 3134301403315 91.5 78.5 170 4
    3000628 3134301403312 90.5 79 169.5 5
    3000628 3134301403310 83.5 85 168.5 6
    3000628 3134301403308 101.5 66 167.5 7
    3000628 3134301403305 72 95 167 8
    3000628 3134301403309 81 86 167 9
    3000628 3134301403306 84.5 78 162.5 10
               
    3000629 3134301403518 129.5 102.5 232 1
    3000629 3134301403522 104 113 217 2
    3000629 3134301403326 104 105.5 209.5 3
    3000629 3134301403525 110.5 98.5 209 4
    3000629 3134301403330 112.5 93 205.5 5
    3000629 3134301403524 96.5 107.5 204 6
    3000629 3134301403323 94.5 106 200.5 7
    3000629 3134301403416 95.5 100 195.5 8
    3000629 3134301403407 104 90.5 194.5 9
    3000629 3134301403506 102.5 92 194.5 10
    3000629 3134301403328 118 75.5 193.5 11
    3000629 3134301403602 114 75.5 189.5 12
    3000629 3134301403316 94 95 189 13
    3000629 3134301403510 103.5 84 187.5 14
    3000629 3134301403318 90 94 184 15
    3000629 3134301403404 95 88.5 183.5 16
    3000629 3134301403520 91 92 183 17
    3000629 3134301403406 94.5 83 177.5 18
    3000629 3134301403408 97.5 80 177.5 19
    3000629 3134301403423 86.5 91 177.5 20
    3000629 3134301403322 94 82 176 21
    3000629 3134301403418 92.5 83 175.5 22
    3000629 3134301403320 100 74.5 174.5 23
    3000629 3134301403321 100.5 74 174.5 24
    3000629 3134301403504 87.5 86 173.5 25
    3000629 3134301403502 101.5 70.5 172 26
    3000629 3134301403425 89.5 80 169.5 27
    3000629 3134301403521 81 86 167 28
    3000629 3134301403419 92 74 166 29
    3000629 3134301403403 84.5 81 165.5 30
    3000629 3134301403515 80 85 165 31
    3000629 3134301403528 74.5 89 163.5 32
    3000629 3134301403317 76.5 87 163.5 33
    3000629 3134301403516 93.5 69 162.5 34
    3000629 3134301403329 99 62.5 161.5 35
    3000629 3134301403421 91.5 70 161.5 36
    3000629 3134301403529 88 72 160 37
    3000629 3134301403411 75 83 158 38
    3000629 3134301403503 88 70 158 39
    3000629 3134301403413 76.5 81 157.5 40
    3000629 3134301403523 79.5 78 157.5 41
    3000629 3134301403501 81 71 152 42
               
    3000630 2134300809521 81.5 114.5 196 1
    3000630 2134300809518 103.5 89 192.5 2
    3000630 2134300809519 76.5 99.5 176 3
               
    3000631 1134300308319 102 133.5 235.5 1
    3000631 1134300308224 115 110.5 225.5 2
    3000631 1134300308106 98.5 117.5 216 3
    3000631 1134300308125 89.5 122 211.5 4
    3000631 1134300308114 113 98 211 5
    3000631 1134300308324 90.5 120 210.5 6
    3000631 1134300308325 101 109.5 210.5 7
    3000631 1134300308328 93.5 116 209.5 8
    3000631 1134300308222 99 109 208 9
    3000631 1134300308207 104 103.5 207.5 10
    3000631 1134300308416 99.5 108 207.5 11
    3000631 1134300308419 100 107.5 207.5 12
    3000631 1134300308203 97.5 109.5 207 13
    3000631 1134300308312 103.5 102 205.5 14
    3000631 1134300308214 109.5 95 204.5 15
    3000631 1134300308409 99 104.5 203.5 16
    3000631 1134300308323 100 101.5 201.5 17
    3000631 1134300308326 91 110 201 18
    3000631 1134300308307 94 106 200 19
    3000631 1134300308230 88.5 111 199.5 20
    3000631 1134300308308 92 107 199 21
    3000631 1134300308306 99.5 99 198.5 22
    3000631 1134300308211 105.5 89 194.5 23
    3000631 1134300308412 104.5 89.5 194 24
    3000631 1134300308208 88.5 105 193.5 25
    3000631 1134300308229 93.5 100 193.5 26
    3000631 1134300308220 83 110 193 27
    3000631 1134300308301 86.5 106 192.5 28
    3000631 1134300308406 88.5 104 192.5 29
    3000631 1134300308206 74 116 190 30
    3000631 1134300308410 94 96 190 31
    3000631 1134300308411 88 101 189 32
    3000631 1134300308302 83.5 104 187.5 33
    3000631 1134300308217 80 103 183 34
    3000631 1134300308107 82 100 182 35
    3000631 1134300308121 87 95 182 36
    3000631 1134300308204 89 93 182 37
    3000631 1134300308116 87.5 94 181.5 38
    3000631 1134300308130 87 94 181 39
    3000631 1134300308215 93 88 181 40
    3000631 1134300308111 92 88 180 41
    3000631 1134300308221 85.5 94 179.5 42
    3000631 1134300308213 82.5 95 177.5 43
    3000631 1134300308228 89.5 88 177.5 44
    3000631 1134300308218 82 95 177 45
    3000631 1134300308119 98 78 176 46
    3000631 1134300308329 86.5 89 175.5 47
    3000631 1134300308330 104 71 175 48
    3000631 1134300308124 90.5 84 174.5 49
    3000631 1134300308321 82.5 90 172.5 50
    3000631 1134300308401 70.5 98 168.5 51
    3000631 1134300308120 76 92 168 52
    3000631 1134300308415 86 82 168 53
    3000631 1134300308219 72 95 167 54
    3000631 1134300308225 91.5 73 164.5 55
    3000631 1134300308227 80.5 84 164.5 56
    3000631 1134300308128 83 80 163 57
    3000631 1134300308113 70 91 161 58
    3000631 1134300308201 87.5 69 156.5 59
    3000631 1134300308216 78 76 154 60
    3000631 1134300308407 70.5 82 152.5 61
               
    3000632 2134300809528 88.5 105.5 194 1
    3000632 2134300809527 81 105.5 186.5 2
    3000632 2134300809525 75.5 101.5 177 3
    3000632 2134300809529 80.5 95 175.5 4
    3000632 2134300809524 75 87.5 162.5 5
               
    3000633 2134300809901 108.5 119.5 228 1
    3000633 2134300810012 118.5 104 222.5 2
    3000633 2134300809903 107.5 112.5 220 3
    3000633 2134300809717 112 106 218 4
    3000633 2134300809702 112.5 103 215.5 5
    3000633 2134300809609 110 103.5 213.5 6
    3000633 2134300809824 107.5 105.5 213 7
    3000633 2134300809607 101 110.5 211.5 8
    3000633 2134300809710 99.5 111 210.5 9
    3000633 2134300809902 99.5 110.5 210 10
    3000633 2134300900115 96.5 112 208.5 11
    3000633 2134300900111 89.5 118 207.5 12
    3000633 2134300809605 97.5 109.5 207 13
    3000633 2134300809805 104.5 101.5 206 14
    3000633 2134300809606 109 96 205 15
    3000633 2134300809721 91.5 112 203.5 16
    3000633 2134300809830 101 101.5 202.5 17
    3000633 2134300810003 100 101.5 201.5 18
    3000633 2134300809610 92.5 107 199.5 19
    3000633 2134300809709 88 111 199 20
    3000633 2134300810010 112 87 199 21
    3000633 2134300809924 103.5 95 198.5 22
    3000633 2134300809719 99.5 99 198.5 23
    3000633 2134300809801 79.5 118 197.5 24
    3000633 2134300809814 89 108 197 25
    3000633 2134300809930 102 94.5 196.5 26
    3000633 2134300809914 110.5 85.5 196 27
    3000633 2134300809821 88 107 195 28
    3000633 2134300809626 93 102 195 29
    3000633 2134300809729 95 100 195 30
    3000633 2134300809623 84 110 194 31
    3000633 2134300809618 90.5 103 193.5 32
    3000633 2134300809820 84.5 109 193.5 33
    3000633 2134300809711 91.5 101 192.5 34
    3000633 2134300900109 84 107 191 35
    3000633 2134300809720 95.5 95 190.5 36
    3000633 2134300809904 84 106 190 37
    3000633 2134300809706 85.5 104 189.5 38
    3000633 2134300809624 89 100 189 39
    3000633 2134300809705 92 97 189 40
    3000633 2134300809807 90 99 189 41
    3000633 2134300809829 108.5 80 188.5 42
    3000633 2134300809928 87.5 101 188.5 43
    3000633 2134300809627 82.5 106 188.5 44
    3000633 2134300809715 103 85 188 45
    3000633 2134300810017 99 89 188 46
    3000633 2134300809906 88.5 99 187.5 47
    3000633 2134300809602 80.5 107 187.5 48
    3000633 2134300809908 97.5 89.5 187 49
    3000633 2134300809818 93.5 93 186.5 50
    3000633 2134300900108 92 94 186 51
    3000633 2134300900107 83.5 101 184.5 52
    3000633 2134300810020 98.5 85.5 184 53
    3000633 2134300809625 99.5 84 183.5 54
    3000633 2134300809811 77 106 183 55
    3000633 2134300809912 82 101 183 56
    3000633 2134300809919 78 105 183 57
    3000633 2134300809725 79.5 103 182.5 58
    3000633 2134300809615 86.5 95 181.5 59
    3000633 2134300809929 84.5 97 181.5 60
    3000633 2134300809613 88.5 92 180.5 61
    3000633 2134300809628 87.5 93 180.5 62
    3000633 2134300809616 88 92 180 63
    3000633 2134300810015 89 90 179 64
    3000633 2134300809808 89.5 89 178.5 65
    3000633 2134300809916 89.5 89 178.5 66
    3000633 2134300809922 82.5 96 178.5 67
    3000633 2134300809713 93.5 84.5 178 68
    3000633 2134300809803 93 85 178 69
    3000633 2134300809806 93.5 84 177.5 70
    3000633 2134300900102 76.5 101 177.5 71
    3000633 2134300809911 81.5 95 176.5 72
    3000633 2134300809921 93 83.5 176.5 73
    3000633 2134300809809 85 91 176 74
    3000633 2134300809810 70 106 176 75
    3000633 2134300809812 75.5 100 175.5 76
    3000633 2134300809813 89.5 86 175.5 77
    3000633 2134300809621 92.5 83 175.5 78
    3000633 2134300809825 87 88 175 79
    3000633 2134300900116 86.5 88 174.5 80
    3000633 2134300809701 79 95 174 81
    3000633 2134300809614 97 75.5 172.5 82
    3000633 2134300900114 91.5 81 172.5 83
    3000633 2134300809915 74 98 172 84
    3000633 2134300810023 83 89 172 85
    3000633 2134300809828 86.5 85 171.5 86
    3000633 2134300809923 81.5 90 171.5 87
    3000633 2134300809703 75.5 96 171.5 88
    3000633 2134300809816 72.5 98 170.5 89
    3000633 2134300810027 86 84 170 90
    3000633 2134300900106 85 85 170 91
    3000633 2134300809603 81 89 170 92
    3000633 2134300900103 70.5 98 168.5 93
    3000633 2134300900110 77 90 167 94
    3000633 2134300809630 83.5 82 165.5 95
    3000633 2134300809708 96 69.5 165.5 96
    3000633 2134300809704 77.5 87 164.5 97
    3000633 2134300809910 89.5 75 164.5 98
    3000633 2134300810022 74.5 90 164.5 99
    3000633 2134300809728 88 76 164 100
    3000633 2134300809826 73.5 90 163.5 101
    3000633 2134300809913 85 78 163 102
    3000633 2134300900105 76.5 85 161.5 103
    3000633 2134300810026 97.5 63 160.5 104
    3000633 2134300810007 82 76 158 105
    3000633 2134300809608 83 73 156 106
    3000633 2134300809622 85.5 70 155.5 107
    3000633 2134300900101 78 77 155 108
    3000633 2134300809927 79.5 74 153.5 109
    3000633 2134300809712 67 86 153 110
    3000633 2134300809716 66 87 153 111
    3000633 2134300809604 74 77 151 112

      原文标题:徽商职业学院2021年公开招聘工作人员统考笔试成绩及排名公告

      文章来源:徽商职业学院(原链接MD5:21c80c0d1b7f5de09e701e6ffa70e81d)

      以上是2021年安徽徽商职业学院招聘统考笔试成绩及排名公告的全部内容,更多2020宣城事业单位成绩查询信息请加事业单位考试群事业单位考试群,及关注宣城事业单位招聘网宣城人事考试网

    (编辑:图小乐)

    有疑惑?在线客服帮你

    公告什么时候出?

    报考条件是否符合?

    公考小白怎么备考?

    冲刺资料怎么领取?

    考试工具砖题库练题

    最新招考
    照片调整
    直播讲座
    职位查询
    真 题 库
    时政热点
    每日一练
    砖 题 库
    首页 网站地图 联系我们 返回顶部
    京ICP备11028696号-11 京ICP证130150号 京公网安备11010802021470号