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["图片的名字","答案选项","对应科目","对应课程","考点","问题备注"]
["pic_name","result","subject","course","tip","error"]
["05_001_01","D",5,63,"硫酸铜置换"]
["05_001_02","A",5,57,"溶液体积质量的关系"]
["05_001_03","C",5,60,"铁 氧气 水蒸气 高温反应"]
["05_002_01","B",5,0,"化合物 混合物 电解质 盐 胶体的区别"]
["05_002_02","A",5,0,"体积 分子数 质量"]
["05_002_03","A",5,0,"溶液 胶体 丁达尔效应 焰色反应"]
["05_002_04","D",5,62,"置换反应 化学方程式的书写"]
["05_002_05","C",5,62,"溶液 反应 "]
["05_002_06","D",5,0,"实验操作 碘离子 氯气 一氧化氮"]
["05_002_07","C",5,57,"混合物种的原子质量百分比"]
["05_002_08","D",5,0,"氧化还原反应 氧化性强弱判定"]
["05_002_09","D",5,59,"焰色反应 金属离子检测"]
["05_002_10","A",5,0,"多种化学反应的知识点"]
["05_002_11","C",5,61,"硅酸酸性"]
["05_002_12","D",5,0,"化学方程式物质推导"]
["05_002_13","D",5,0,"化学反应 沉淀溶解"]
["05_002_14","D",5,61,"硅酸相关的反应 知识点"]
["05_002_15","B",5,63,"铜和硫酸的反应"]
["05_002_16","C",5,63,"浓硫酸"]
["05_002_17","D",5,0,"溶液变质检查"]
["05_002_18","B",5,0,"二氧化氯的制取"]
["05_002_19","B",5,0,"离子方程式"]
["05_002_20","C",5,0,"稀盐酸和碳酸钠的反应"]
["05_002_21","D",5,0,"镁铝 稀盐酸的反应 再和氢氧化钠的反应"]
["05_002_22","A",5,0,"亚硫酸钡 稀硝酸氧化成硫酸钡"]
["05_002_23","A",5,0,"化学实验 制取测量生成气体"]
["05_002_24","B",5,0,"气体反应"]
["05_002_25","C",5,0,"铁和酸的反应"]
["05_003_01","C",5,0,"氧化剂 防腐剂 漂白剂"]
["05_003_02","D",5,0,"钠的特性"]
["05_003_03","C",5,0,"化学反应 原子数量比例"]
["05_003_04","D",5,61,"硅的化学反应"]
["05_003_05","A",5,64,"电解质"]
["05_003_06","D",5,0,"化合物 混合物 电解质 盐 胶体的区别"]
["05_003_07","C",5,0,"混合物分离"]
["05_003_08","D",5,0,"化学反应 原子数量比例 阿伏加德罗常数"]
["05_003_09","B",5,0,"氯气和二氧化硫的反应"]
["05_003_10","B",5,0,"硫酸和锌的反应"]
["05_003_11","A",5,59,"焰色反应"]
["05_003_12","C",5,62,"多离子共存 溶液颜色"]
["05_003_13","B",5,63,"铜和硫酸的反应"]
["05_003_14","D",5,0,"有色溶液和二氧化硫的反应"]
["05_003_15","C",5,0,"离子反应 化学方程式"]
["05_003_16","D",5,62,"物质检测"]
["05_003_17","D",5,0,"离子反应 化学方程式"]
["05_003_18","D",5,0,"浓硫酸的特性"]
["05_003_19","D",5,0,"化学反应 原子数量比例 阿伏加德罗常数"]
["05_003_20","B",5,60,"铁的化合物"]
["05_003_21","C",5,63,"铜和硫酸的反应"]
["05_003_22","A",5,0,"铝和二氧化纳的反应"]
["05_003_23","D",5,0,"镁铝 稀盐酸的反应 再和氢氧化钠的反应"]
["05_003_24","C",5,0,"4NO2+O2+2H2O=4HNO3 平均分子质量"]
["05_003_25","D",5,0,"镁铝 稀盐酸的反应 再和氢氧化钠的反应"]
["05_004_01","C",5,0,"氧化剂 漂白剂"]
["05_004_02","B",5,0,"气体和溶液 反应 沉淀"]
["05_004_03","D",5,0,"氯气的氧化性"]
["05_004_04","B",5,64,"电解质"]
["05_004_05","C",5,0,"二氧化氮和二氧化硫反应 原子个数比例"]
["05_004_06","D",5,0,"伏加德罗常数 原子数 电子数"]
["05_004_07","B",5,0,"溶液中离子共存"]
["05_004_08","D",5,0,"甲烷氧气燃烧产物给过氧化钠增重"]
["05_004_09","A",5,0,"纯净物"]
["05_004_10","D",5,0,"化学方程式排错"]
["05_004_11","D",5,62,"溶液反应后白色沉淀物质的推断"]
["05_004_12","A",5,57,"溶液浓度"]
["05_004_13","C",5,0,"气体分子数量"]
["05_004_14","B",5,62,"焰色反应 离子检测"]
["05_004_15","C",5,0,"铝 浓硝酸"]
["05_004_16","B",5,0,"铝 稀盐酸的反应 氢氧化钠的反应"]
["05_004_17","B",5,0,"硝酸的酸性 氧化性"]
["05_004_18","A",5,0,"镁铝 稀盐酸的反应 再和氢氧化钠的反应"]
["05_004_19","C",5,0,"镁铝 稀盐酸的反应 再和氢氧化钠的反应"]
["05_004_20","C",5,0,"镁铝 稀盐酸的反应 再和氢氧化钠的反应"]
["05_004_21","A",5,0,"镁铝 和溶液反应生成氢气"]
["05_004_22","A",5,0,"金属的熔点 沸点"]
["05_004_23","B",5,0,"氯气"]
["05_004_24","D",5,0,"氯气 氯化氢"]
["05_004_25","A",5,0,"氯气"]
["05_004_26","A",5,0,"气体的反应 气体的颜色"]
["05_004_27","D",5,0,"综合 氯气 二氧化硫 次氯酸"]
["05_004_28","C",5,62,"铁离子的检测"]
["05_004_29","C",5,62,"铁离子的检测"]
["05_004_30","C",5,62,"铁离子 铜离子"]
["05_005_01","D",5,0,"气溶胶"]
["05_005_02","C",5,0,"燃烧"]
["05_005_03","C",5,0,"钠的特性"]
["05_005_04","B",5,0,"分子数"]
["05_005_05","C",5,57,"溶液浓度"]
["05_005_06","D",5,0,"原子个数比例"]
["05_005_07","D",5,64,"电解质"]
["05_005_08","A",5,0,"电离"]
["05_005_09","C",5,57,"溶液浓度 物质比例"]
["05_005_10","C",5,57,"原子数量比例 阿伏加德罗常数"]
["05_005_11","D",5,0,"电离方程式"]
["05_005_12","C",5,57,"溶液的离子数目"]
["05_005_13","B",5,0,"氧化还原反应"]
["05_005_14","A",5,0,"溶液中离子共存"]
["05_005_15","D",5,0,"溶液中离子共存"]
["05_005_16","A",5,0,"离子反应 化学方程式"]
["05_005_17","A",5,57,"溶液配制"]
["05_005_18","A",5,0,"砷元素 还原反应"]
["05_005_19","B",5,0,"氧化剂"]
["05_005_20","D",5,0,"离子反应 化学方程式"]
["05_005_21","B",5,57,"溶液 原子数量 阿伏伽德罗常数"]
["05_005_22","B",5,0,"化学反应 原子数量比例"]
["05_005_23","C",5,0,"摩尔质量比例"]
["05_005_24","B",5,57,"溶液浓度"]
["05_005_25","D",5,57,"溶液浓度 物质比例"]
["05_006_01","A",5,0,"分离提纯实验操作"]
["05_006_02","D",5,62,"焰色反应 溶液沉淀物判定"]
["05_006_03","C",5,0,"阿伏伽德罗常数"]
["05_006_04","B",5,57,"溶液配制"]
["05_006_05","D",5,0,"溶液中离子共存"]
["05_006_06","B",5,61,"焰色反应 氧化性 硅酸"]
["05_006_07","A",5,0,"多种化学反应的知识点"]
["05_006_08","D",5,0,"铝 氢氧化钠的反应"]
["05_006_09","B",5,0,"多种知识点 混合物 胶体 硅酸"]
["05_006_10","A",5,0,"离子方程式 氧化性强弱判定"]
["05_006_11","B",5,0,"二氧化碳 二氧化硫"]
["05_006_12","D",5,0,"硫酸铜 氢氧化钡 沉淀物"]
["05_006_13","A",5,0,"先产生沉淀然后又完全溶解"]
["05_006_14","A",5,0,"氯气相关的各种反应"]
["05_006_15","B",5,58,"氢氧化铁"]
["05_006_16","B",5,0,"氯化铁"]
["05_006_17","D",5,0,"化学反应方程式 物质判定"]
["05_006_18","B",5,0,"硝酸铵分解生成氨气 氮原子数"]
["05_006_19","D",5,0,"二氧化碳 二氧化硫"]
["05_006_20","B",5,0,"多种化学反应的知识点"]
["05_006_21","C",5,62,"离子判定"]
["05_006_22","B",5,58,"氧化铁 酸碱双性"]
["05_006_23","D",5,0,"氯化钡洗气瓶"]
["05_006_24","B",5,0,"沉淀现象 二氧化碳 二氧化硫"]
["05_006_25","B",5,0,"氯气"]
["05_006_26","A",5,0,"气体制取 提纯"]
["05_006_27","C",5,60,"三氧化二铁 三氧化二铝分离"]
["05_006_28","D",5,0,"反应物用量不同 而不同产物"]
["05_006_29","C",5,0,"元素的质量比"]
["05_006_30","D",5,0,"溶液沉淀物"]
["05_007_01","D",5,59,"焰色反应"]
["05_007_02","B",5,0,"铁合金"]
["05_007_03","B",5,0,"多离子共存"]
["05_007_04","C",5,0,"多考点 铝"]
["05_007_05","D",5,0,"反应条件反应物不同"]
["05_007_06","D",5,0,"铁的离子方程式"]
["05_007_07","A",5,0,"多种金属 和酸碱的反应"]
["05_007_08","B",5,0,"三氧化二铝 酸碱双性"]
["05_007_09","D",5,0,"铜 铁 离子反应 "]
["05_007_10","C",5,62,"离子的检验"]
["05_007_11","C",5,0,"铜铁铝 提纯过滤"]
["05_007_12","B",5,0,"多种化学反应的知识点"]
["05_007_13","A",5,0,"焰色反应 离子检测 胶体"]
["05_007_14","C",5,0,"钠镁铝铁氧化物"]
["05_007_15","D",5,0,"金属混合物 和盐酸的反应 "]
["05_007_16","C",5,0,"镁铝合金 和酸碱的反应"]
["05_008_01","A",5,0,"置换反应"]
["05_008_02","D",5,58,"胶体 丁达尔效应"]
["05_008_03","D",5,0,"混合物 纯净物"]
["05_008_04","D",5,57,"溶液配制"]
["05_008_05","B",5,0,"化合反应 氧化还原反应"]
["05_008_06","B",5,64,"电解质"]
["05_008_07","A",5,0,"气体体积 摩尔质量"]
["05_008_08","C",5,0,"摩尔质量"]
["05_008_09","B",5,0,"电离方程式"]
["05_008_10","B",5,57,"溶液浓度 离子浓度"]
["05_008_11","C",5,0,"气体体积"]
["05_008_12","B",5,57,"溶液浓度 离子浓度"]
["05_008_13","D",5,0,"物质质量和原子数量比例"]
["05_008_14","C",5,62,"离子的检验"]
["05_008_15","B",5,0,"原子结构"]
["05_008_16","D",5,0,"原子数量 阿伏伽德罗常数"]
["05_008_17","C",5,58,"胶体 混合物分离"]
["05_008_18","C",5,0,"原子的质量 中子数"]
["05_008_19","B",5,0,"分子的质量"]
["05_008_20","D",5,57,"溶液浓度"]
["05_008_21","D",5,57,"溶液浓度"]
["05_008_22","B",5,0,"硫酸镁 氯化钠 提纯"]
["05_009_01","D",5,0,"催化剂","高二的化学题"]
["05_009_02","D",5,0,"多个知识点 分子质量 氢氧化铁 三氯化铁"]
["05_009_03","B",5,0,"可逆反应"]
["05_009_04","D",5,0,"三氯化铁的水解反应"]
["05_009_05","A",5,0,"电离"]
["05_009_06","B",5,0,"多离子共存"]
["05_009_07","A",5,0,"ph值"]
["05_009_08","B",5,0,"硝酸银 和 氯化钠氯化钡混合溶液的反应"]
["05_009_09","A",5,57,"氨水的浓度"]
["05_009_10","C",5,0,"反应方程式对错判定"]
["05_009_11","C",5,0,"溶液酸性强度"]
["05_009_12","C",5,0,"溶液反应后离子浓度"]
["05_009_13","B",5,0,"可逆反应"]
["05_009_14","C",5,0,"溶液混合后的酸碱判定"]
["05_009_15","C",5,0,"离子浓度 酸碱值 KSP"]
["05_009_16","B",5,0,"离子浓度"]
["05_009_17","C",5,0,"离子浓度"]
["05_009_18","C",5,0,"可逆反应"]
["05_009_19","A",5,0,"可逆反应"]
["05_009_20","D",5,0,"溶液反应后离子浓度"]
["05_010_01","A",5,0,"乙醇 乙烯 有机物","高二化学"]
["05_010_02","D",5,0,"共价键 有机物鉴别 水解反应"]
["05_010_03","A",5,0,"有机物的知识点 取代反应 有机物分解"]
["05_010_04","D",5,0,"加成反应 乙醇氧化成乙酸"]
["05_010_05","C",5,0,"葡萄糖水解 油脂水解"]
["05_010_06","B",5,0,"有机物鉴别 溴水"]
["05_010_07","A",5,0,"有机物的化学反应考点"]
["05_010_08","C",5,0,"有机化合物的结构和性质"]
["05_010_09","D",5,0,"同分异构体"]
["05_010_10","C",5,0,"同分异构体"]
["05_010_11","B",5,0,"酯化反应的种树"]
["05_010_12","C",5,0,"同分异构体"]
["05_010_13","B",5,0,"二苯并呋哺的结构简式"]
["05_010_14","B",5,0,"芳香化合物分子式"]
["05_010_15","B",5,0,"结构简式"]
["05_010_16","B",5,0,"根据结构简式 判断化学特性"]
["05_010_17","D",5,0,"葡萄酸结构简式判断化学特性"]
["05_010_18","B",5,0,"结构简式 特性"]
["05_010_19","B",5,0,"有机物的提纯"]
["05_010_20","B",5,0,"有机物催化反应 生成物的种类数量"]
["05_010_21","B",5,0,"乳酸结构简式表现出的特性"]
["05_010_22","D",5,0,"青蒿素结构简式表现出的特性"]
["05_010_23","D",5,0,"根据结构简式 判断化学特性"]
["05_010_24","D",5,0,"根据结构简式 判断化学特性 分子式"]
["05_010_25","D",5,0,"分子式 对应的有机物种类的数量"]
["05_011_01","C",5,0,"多个考点 玻璃 氧化还原反应"]
["05_011_02","B",5,64,"电池"]
["05_011_03","B",5,0,"可逆反应"]
["05_011_04","A",5,0,"离子积常数"]
["05_011_05","D",5,0,"水解反应"]
["05_011_06","B",5,0,"多离子共存"]
["05_011_07","D",5,0,"水解反应"]
["05_011_08","D",5,0,"溶解度"]
["05_011_09","A",5,0,"电离 离子浓度"]
["05_011_10","C",5,0,"氯化铁变质的检测"]
["05_011_11","B",5,0,"电离 金属活动性强弱"]
["05_011_12","D",5,0,"化学实验操作"]
["05_011_13","D",5,0,"氯化汞溶解度"]
["05_011_14","C",5,0,"弱酸"]
["05_011_15","D",5,0,"电解提取镍"]
["05_011_16","B",5,65,"电镀 氢气的制取"]
["05_011_17","D",5,0,"各种不同的酸的酸性"]
["05_011_18","B",5,0,"可逆反应"]
["05_011_19","A",5,57,"溶液浓度"]
["05_011_20","C",5,0,"溶解度"]
["05_011_21","B",5,0,"醋酸稀释过程种的ph值和导电性的变化"]
["05_011_22","A",5,0,"硫酸钙 硫酸钠 反应生成沉淀后的离子浓度"]
["05_011_23","B",5,0,"电解 离子浓度"]
["05_011_24","B",5,0,"电解"]
["05_011_25","D",5,64,"电池"]
["05_012_01","B",5,0,"纯净物 分子式相同的不同物质的考点","高二化学"]
["05_012_02","C",5,0,"烷烃的命名规则"]
["05_012_03","C",5,0,"有机物的结构和性质"]
["05_012_04","B",5,64,"原电池的原理"]
["05_012_05","C",5,0,"溶液 离子的共存"]
["05_012_06","D",5,64,"原电池"]
["05_012_07","B",5,0,"可逆反应的转化率"]
["05_012_08","D",5,0,"醋酸稀释过程中的 离子浓度变化"]
["05_012_09","C",5,0,"多种有机物的 氧化反应"]
["05_012_10","B",5,0,"电解 电离"]
["05_012_11","C",5,0,"电解"]
["05_012_12","D",5,0,"混合溶液种的离子浓度"]
["05_012_13","C",5,0,"电解质溶液的特性"]
["05_012_14","C",5,0,"同分异构体"]
["05_012_15","D",5,0,"电解 电离"]
["05_012_16","A",5,0,"电解"]
["05_012_17","A",5,0,"溴水 有机物的特性"]
["05_012_18","D",5,64,"电池"]
["05_012_19","C",5,64,"电池"]
["05_012_20","D",5,0,"电解"]
["05_012_21","D",5,0,"电解"]
["05_012_22","C",5,0,"电解"]
["05_013_01","B",5,0,"生活题"]
["05_013_02","C",5,0,"电解"]
["05_013_03","C",5,0,"催化反应 断键吸热 成键放热"]
["05_013_04","D",5,0,"化学反应的热能计算"]
["05_013_05","B",5,0,"吸热反应"]
["05_013_06","C",5,0,"化学反应的热能计算"]
["05_013_07","B",5,0,"可逆反应的速率"]
["05_013_08","B",5,0,"浓度和反应速率"]
["05_013_09","D",5,0,"浓度 温度 反应速率"]
["05_013_10","D",5,0,"反应速率"]
["05_013_11","B",5,0,"可逆反应 浓度 转化率"]
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["05_016_16","A",5,0,"甲醇的合成"]
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["胶体的制备",58,5,"掌握Fe(OH)₃胶体制备实验步骤，及注意事项"]
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["重要离子的检验",62,5,"理解亚铁离子、铁离子、碳酸根、氯离子、硫酸根、铵根的检验"]
["铜与浓硫酸反应的实验",63,5,"掌握铜与浓硫酸反应的实验步骤及注意事项"]
["原电池的构成",64,5,"掌握形成原电池条件的探究实验及注意事项"]
["电镀",65,5,"掌握电镀实验步骤及注意事项"]
["铝热反应",66,5,"掌握铝热反应的实验步骤及注意事项"]
["用高倍镜观察几种细胞",67,6,"掌握显微镜的规范操作步骤；使用高倍显微镜观察几种细胞，比较不同细胞的异同点；学会绘制生物图"]
["检测生物组织中糖类、脂肪和蛋白质",68,6,"尝试用化学试剂检测生物组织中糖类脂肪和蛋白质"]
["用高倍镜观察线粒体和叶绿体",69,6,"使用高倍显微镜观察叶绿体线粒体的形态和分布"]
["观察植物细胞的质壁分离和复原",70,6,"探究植物细胞失水和吸水，用显微镜观察植物细胞质壁分离与复原的现象"]
["探究影响酶活性的因素",71,6,"尝试设计温度和PH对酶活性影响的实验，并会控制单一变量，并能用准确的语言阐明实验探究的结果"]
["叶绿体色素的提取和分离",72,6,"进行绿叶中色素的提取和分离，探究绿叶中含有几种色素"]
["观察细胞的有丝分裂",73,6,"制作洋葱根尖细胞有丝分裂装片，观察植物细胞有丝分裂的过程，识别有丝分裂的不同时期，比较细胞周期不同时期的时间长短。"]
["DNA的粗提取与鉴定",74,6,"理解DNA的理化特性及根据其理化特性而提取和鉴定的原理，初步掌握DNA的粗提取和鉴定的方法，在对实验原理、步骤的理解和分析过程中发展学生的科学思维"]
["性状分离比的模拟实验",75,6,"通过模拟实验，认识和理解遗传因子的分离和配子的随机结合与性状之间的数量关系，体验孟德尔的假说"]
["观察二氧化硫对植物的影响",76,6,"通过实验理解二氧化硫对植物的影响。学会通过实验观察二氧化硫对植物的影响的方法。"]
["牛顿第一定律",46,7]
["牛顿第二定律",47,7]
["牛顿第三定律",48,7]
["用描记法画等势线",49,7,"用描迹法画出电场中平面上的等势线"]
["波的干涉与叠加",50,7,"观察波的干涉和叠加的现象"]
["双缝干涉",51,7,"观察双缝干涉的干涉图样，测量单色光的波长"]
["观察布朗运动",52,7,"通过实验分析布朗运动是分子无规则运动的反映"]
["液体表面张力",53,7,"知道液体的表面张力，了解表面张力形成的原因"]
["模拟空气压强实验",54,7,"能用气体分子动理论解释气体压强的微观意义"]
["偏振现象",55,7,"只有横波才有偏振现象，说明光是横波。"]
["观察全反射实验",56,7,"理解光的全反射现象、用半圆柱型玻璃砖分析光的全反射条件"]
["常见棱锥的外接球内切球问题",43,4,"通过全息展示棱锥的外接球内切球"]
["地球公转过程中的太阳直射点移动",44,8,"观察地球的运动"]
["模拟锋的形成和锋的移动",45,8,"观察锋的形成和锋的移动"]

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