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2024安徽教师招聘阜阳阜阳市北城小学小学数学成绩排名

阜阳市北城小学小学数学-341202007002-成绩排名招聘人数：4（该职位被核减后招：人）；最终报考人数：320人；查看职位信息。
岗位代码	准考号	综合成绩	专业成绩	笔试成绩	加分	总分	总分排名
341202007002	112017202	96.5	95.5	95.9		95.9	1
341202007002	112013529	90.5	99.5	95.9		95.9	2
341202007002	112017504	98	87.5	91.7		91.7	3
341202007002	112012415	95	88	90.8		90.8	4
341202007002	112015224	101	83.5	90.5		90.5	5
341202007002	112018005	100	81.5	88.9		88.9	6
341202007002	112015821	101.5	79.5	88.3		88.3	7
341202007002	112017009	89.5	86	87.4		87.4	8
341202007002	112012406	88.5	85	86.4		86.4	9
341202007002	112014023	87.5	85.5	86.3		86.3	10
341202007002	112013225	96	79.5	86.1		86.1	11
341202007002	112014630	83.5	87.5	85.9		85.9	12
341202007002	112018219	91.5	82	85.8		85.8	13
341202007002	112016413	97.5	75.5	84.3		84.3	14
341202007002	112012227	75.5	88.5	83.3		83.3	15
341202007002	112015723	97.5	71.5	81.9		81.9	16
341202007002	112013405	90	74.5	80.7		80.7	17
341202007002	112017921	85.5	77.5	80.7		80.7	18
341202007002	112013523	80.5	80.5	80.5		80.5	19
341202007002	112013601	93	72	80.4		80.4	20
341202007002	112013019	81.5	79.5	80.3		80.3	21
341202007002	112011709	91	72	79.6		79.6	22
341202007002	112011612	98	67	79.4		79.4	23
341202007002	112016118	92.5	70.5	79.3		79.3	24
341202007002	112012223	78	80	79.2		79.2	25
341202007002	112014610	99	65	78.6		78.6	26
341202007002	112016316	109.5	57	78		78	27
341202007002	112012701	87	72	78		78	28
341202007002	112016023	88	71	77.8		77.8	29
341202007002	112015919	83	74	77.6		77.6	30
341202007002	112017703	86	72	77.6		77.6	31
341202007002	112012001	93.5	66.5	77.3		77.3	32
341202007002	112014005	90	68.5	77.1		77.1	33
341202007002	112013126	95	64	76.4		76.4	34
341202007002	112011525	96.5	63	76.4		76.4	35
341202007002	112012810	74.5	77.5	76.3		76.3	36
341202007002	112016718	85.5	70	76.2		76.2	37
341202007002	112017526	92.5	64	75.4		75.4	38
341202007002	112012005	93	63.5	75.3		75.3	39
341202007002	112017203	87	67	75		75	40
341202007002	112016415	95.5	59.5	73.9		73.9	41
341202007002	112011317	94	60	73.6		73.6	42
341202007002	112016130	72	74.5	73.5		73.5	43
341202007002	112016204	88	63.5	73.3		73.3	44
341202007002	112012413	84	66	73.2		73.2	45
341202007002	112017503	87	63.5	72.9		72.9	46
341202007002	112012725	87	63	72.6		72.6	47
341202007002	112014915	77.5	69	72.4		72.4	48
341202007002	112012908	80.5	66.5	72.1		72.1	49
341202007002	112018605	89.5	60.5	72.1		72.1	50
341202007002	112018220	74.5	70.5	72.1		72.1	51
341202007002	112012420	90.5	59	71.6		71.6	52
341202007002	112014519	68.5	73.5	71.5		71.5	53
341202007002	112016221	62	77	71		71	54
341202007002	112013103	67	73.5	70.9		70.9	55
341202007002	112011426	75	68	70.8		70.8	56
341202007002	112014802	87	60	70.8		70.8	57
341202007002	112011429	91	57	70.6		70.6	58
341202007002	112017623	83.5	62	70.6		70.6	59
341202007002	112012105	71	67	68.6	2	70.6	60
341202007002	112015330	82.5	62.5	70.5		70.5	61
341202007002	112016619	67.5	72.5	70.5		70.5	62
341202007002	112018527	84.5	61	70.4		70.4	63
341202007002	112013721	54.5	81	70.4		70.4	64
341202007002	112015417	80	64	70.4		70.4	65
341202007002	112013424	66.5	72.5	70.1		70.1	66
341202007002	112016903	92.5	55	70		70	67
341202007002	112017128	79.5	63.5	69.9		69.9	68
341202007002	112012429	91.5	55.5	69.9		69.9	69
341202007002	112013026	68	70.5	69.5		69.5	70
341202007002	112018501	58	77	69.4		69.4	71
341202007002	112012315	88.5	56.5	69.3		69.3	72
341202007002	112015520	71	68	69.2		69.2	73
341202007002	112013312	65.5	71.5	69.1		69.1	74
341202007002	112013916	65.5	71.5	69.1		69.1	75
341202007002	112018419	70.5	68	69		69	76
341202007002	112018016	71	67.5	68.9		68.9	77
341202007002	112012009	71	67.5	68.9		68.9	78
341202007002	112018030	76.5	63.5	68.7		68.7	79
341202007002	112016712	79.5	61.5	68.7		68.7	80
341202007002	112013416	75	64	68.4		68.4	81
341202007002	112017016	75.5	63.5	68.3		68.3	82
341202007002	112014027	88	55	68.2		68.2	83
341202007002	112015922	75	63.5	68.1		68.1	84
341202007002	112018026	82.5	58.5	68.1		68.1	85
341202007002	112017801	74.5	63.5	67.9		67.9	86
341202007002	112016414	71.5	65	67.6		67.6	87
341202007002	112017618	75	59	65.4	2	67.4	88
341202007002	112016328	79.5	59	67.2		67.2	89
341202007002	112011305	92	50.5	67.1		67.1	90
341202007002	112016109	72.5	63	66.8		66.8	91
341202007002	112018121	72	63	66.6		66.6	92
341202007002	112018422	70.5	64	66.6		66.6	93
341202007002	112014926	72.5	62.5	66.5		66.5	94
341202007002	112015820	65.5	66.5	66.1		66.1	95
341202007002	112018227	89.5	50	65.8		65.8	96
341202007002	112013708	67	65	65.8		65.8	97
341202007002	112011824	83.5	54	65.8		65.8	98
341202007002	112016702	58.5	70.5	65.7		65.7	99
341202007002	112017004	69	62.5	65.1		65.1	100
341202007002	112018103	68.5	61.5	64.3		64.3	101
341202007002	112016323	67.5	62	64.2		64.2	102
341202007002	112017812	57	69	64.2		64.2	103
341202007002	112012119	87	48.5	63.9		63.9	104
341202007002	112012004	70.5	59.5	63.9		63.9	105
341202007002	112018015	67.5	61	63.6		63.6	106
341202007002	112013627	77.5	54	63.4		63.4	107
341202007002	112016821	75.5	55	63.2		63.2	108
341202007002	112012707	70	58.5	63.1		63.1	109
341202007002	112018010	82	50.5	63.1		63.1	110
341202007002	112017717	81	51	63		63	111
341202007002	112012516	57	66.5	62.7		62.7	112
341202007002	112018014	74	54	62		62	113
341202007002	112012905	69.5	57	62		62	114
341202007002	112013018	59.5	63.5	61.9		61.9	115
341202007002	112012623	92.5	41.5	61.9		61.9	116
341202007002	112012601	80.5	49	61.6		61.6	117
341202007002	112013207	57	64.5	61.5		61.5	118
341202007002	112015026	72	54.5	61.5		61.5	119
341202007002	112016525	81.5	48	61.4		61.4	120
341202007002	112016723	71	55	61.4		61.4	121
341202007002	112012712	56	64.5	61.1		61.1	122
341202007002	112015913	77.5	50	61		61	123
341202007002	112012901	60	61	60.6		60.6	124
341202007002	112013306	65	57.5	60.5		60.5	125
341202007002	112016717	72.5	52.5	60.5		60.5	126
341202007002	112018222	76	50	60.4		60.4	127
341202007002	112016425	54	64.5	60.3		60.3	128
341202007002	112015811	61.5	58.5	59.7		59.7	129
341202007002	112015929	75	49	59.4		59.4	130
341202007002	112012928	58.5	60	59.4		59.4	131
341202007002	112015421	71	50.5	58.7		58.7	132
341202007002	112015207	53	62.5	58.7		58.7	133
341202007002	112014210	61.5	56.5	58.5		58.5	134
341202007002	112011323	73.5	48	58.2		58.2	135
341202007002	112015305	67.5	52	58.2		58.2	136
341202007002	112016317	75	47	58.2		58.2	137
341202007002	112017109	75.5	46	57.8		57.8	138
341202007002	112013910	67.5	51	57.6		57.6	139
341202007002	112017620	67.5	50	57		57	140
341202007002	112017218	63.5	52.5	56.9		56.9	141
341202007002	112014225	75.5	44	56.6		56.6	142
341202007002	112017605	55	57	56.2		56.2	143
341202007002	112011606	58.5	54.5	56.1		56.1	144
341202007002	112012217	79	37.5	54.1	2	56.1	145
341202007002	112014020	75	43.5	56.1		56.1	146
341202007002	112012714	70	46.5	55.9		55.9	147
341202007002	112015424	84	37	55.8		55.8	148
341202007002	112012916	69	47	55.8		55.8	149
341202007002	112015130	69.5	46.5	55.7		55.7	150
341202007002	112013716	74.5	43	55.6		55.6	151
341202007002	112011710	59	53	55.4		55.4	152
341202007002	112015104	68	47	55.4		55.4	153
341202007002	112014112	64	49.5	55.3		55.3	154
341202007002	112016220	52.5	56.5	54.9		54.9	155
341202007002	112018101	39.5	65	54.8		54.8	156
341202007002	112017726	76.5	39.5	54.3		54.3	157
341202007002	112016816	75	39.5	53.7		53.7	158
341202007002	112017315	63	47.5	53.7		53.7	159
341202007002	112011804	54.5	53	53.6		53.6	160
341202007002	112012515	65	45.5	53.3		53.3	161
341202007002	112014116	54.5	52.5	53.3		53.3	162
341202007002	112012010	65.5	45	53.2		53.2	163
341202007002	112018224	68.5	43	53.2		53.2	164
341202007002	112017407	65.5	44.5	52.9		52.9	165
341202007002	112014217	65.5	44.5	52.9		52.9	166
341202007002	112011713	63.5	45.5	52.7		52.7	167
341202007002	112015006	53.5	52	52.6		52.6	168
341202007002	112015503	62.5	45.5	52.3		52.3	169
341202007002	112014520	62	45	51.8		51.8	170
341202007002	112016313	74.5	36.5	51.7		51.7	171
341202007002	112014425	70.5	38.5	51.3		51.3	172
341202007002	112018028	66.5	41	51.2		51.2	173
341202007002	112015103	57	46.5	50.7		50.7	174
341202007002	112016315	69	38.5	50.7		50.7	175
341202007002	112018129	62	42	50		50	176
341202007002	112015419	53	47	49.4		49.4	177
341202007002	112013605	59.5	42.5	49.3		49.3	178
341202007002	112012202	64	39	49		49	179
341202007002	112017508	68	36	48.8		48.8	180
341202007002	112017619	59	42	48.8		48.8	181
341202007002	112014218	72.5	33	48.8		48.8	182
341202007002	112013213	62.5	39	48.4		48.4	183
341202007002	112012317	66.5	36	48.2		48.2	184
341202007002	112011414	52.5	45	48		48	185
341202007002	112017430	48.5	46.5	47.3		47.3	186
341202007002	112016614	52	44	47.2		47.2	187
341202007002	112013110	63.5	36	47		47	188
341202007002	112014315	59.5	38.5	46.9		46.9	189
341202007002	112018007	61	37.5	46.9		46.9	190
341202007002	112017415	58.5	39	46.8		46.8	191
341202007002	112015612	52.5	42.5	46.5		46.5	192
341202007002	112015301	63	35	46.2		46.2	193
341202007002	112017624	68	31.5	46.1		46.1	194
341202007002	112015212	56.5	38	45.4		45.4	195
341202007002	112012608	46.5	44	45		45	196
341202007002	112011706	52	39	44.2		44.2	197
341202007002	112015226	58.5	33.5	43.5		43.5	198
341202007002	112017409	55	35.5	43.3		43.3	199
341202007002	112011509	55.5	35	43.2		43.2	200
341202007002	112013402	48	37.5	41.7		41.7	201
341202007002	112015304	57	31.5	41.7		41.7	202
341202007002	112014930	48.5	37	41.6		41.6	203
341202007002	112015217	38	44	41.6		41.6	204
341202007002	112015926	54.5	32.5	41.3		41.3	205
341202007002	112015406	48	35.5	40.5		40.5	206
341202007002	112018125	54.5	31	40.4		40.4	207
341202007002	112011803	35	43.5	40.1		40.1	208
341202007002	112016918	54	29.5	39.3		39.3	209
341202007002	112017115	61.5	24	39		39	210
341202007002	112011421	52.5	30	39		39	211
341202007002	112016306		64	38.4		38.4	212
341202007002	112014824	58.5	24	37.8		37.8	213
341202007002	112013202	37.5	37	37.2		37.2	214
341202007002	112014209		62	37.2		37.2	215
341202007002	112013718	53	25.5	36.5		36.5	216
341202007002	112017925	56.5	22	35.8		35.8	217
341202007002	112014003	53.5	23.5	35.5		35.5	218
341202007002	112012527	53.5	23.5	35.5		35.5	219
341202007002	112017910	43	30.5	35.5		35.5	220
341202007002	112011501	51.5	24	35		35	221
341202007002	112015519	53.5	19	32.8		32.8	222
341202007002	112017902		54.5	32.7		32.7	223
341202007002	112013423	53.5	18	32.2		32.2	224
341202007002	112017129		53.5	32.1		32.1	225
341202007002	112014202	53.5	16	31		31	226
341202007002	112017905		50	30		30	227
341202007002	112015727		46.5	27.9		27.9	228
341202007002	112013924		46.5	27.9		27.9	229
341202007002	112016430	44	15.5	26.9		26.9	230
341202007002	112017519		44.5	26.7		26.7	231
341202007002	112017716	39.5	16.5	25.7		25.7	232
341202007002	112013315		40.5	24.3		24.3	233
341202007002	112016416		36.5	21.9		21.9	234
341202007002	112015228		20	12		12	235
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免责声明：此成绩信息来源各市县官方教育网，只为各位考生提供备考参考之用,最终数据请留意各市县区教育网，谢谢！另有些地区只公布了资格复审名单。
温馨提示：资格复审对象为拟参加专业测试人员，其中岗位资格复审比例具体看招聘考试公告，最后一名如有多位成绩相同，则一并进入。

2024阜阳阜阳市北城小学小学数学职位详细

职位代码	341202007002
招聘地区	阜阳
行政辖区	颍州区
行政辖区代码	341202
招聘学校	阜阳市北城小学
招聘岗位	小学数学
招录人数	4（该职位被核减后招：人）
单列计划
报名人数	406人
资格审查合格	391人
缴费人数	320人
学段	小学
学科	数学
专业	专业不限
学历	本科及以上
是否需要学位	否
年龄	35周岁以下
教师资格	小学及以上与岗位学科一致
备注	颍州区在编教师不可报考此岗位；集团内各校区统筹使用
返回职位库首页	2024安徽教师成绩查询入口

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2024安徽教师考编成绩排名|成绩查询|分数线

2024安徽教师招聘阜阳阜阳市北城小学小学数学成绩排名