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huanyouwangyouzebiaoshi：“nanguaixianzaiaizhengbingrenzhemeduo，yuanlaishiyouguancheredehuo”。gengyouwangyoupinglundao：“zhezhongshibidigouyouhuanyanzhong，xiangguanrenyuanyaopanwuqituxing”。jinrifenxiang（shiliu）ruhexuehaodaxuewuli（5）dianxuezongjie2022-09-05 18:38·LearningYardxueyuanjinrifenxiang（shiliu）ruhexuehaodaxuewuli（5）dianxuezongjie.mp33:09laiziLearningYardxueyuanfenxiangxingqu，chuanbokuaile，zengchangjianwen，liuxiameihao！qinaidenin，zhelishiLearningYardxueyuan。jintianxiaobianweidajiadailaijinrifenxiang（shiliu），huanyingnindefangwen！Share interests, spread happiness, increase knowledge,and leave a good legacy!Dear you, this is The LearningYard Academy.Today Xiaobian brings you today's sharing (eleven), welcome your visit!jingdianchangdianhedeliangzihua：renhedaidiantisuodaidianliangshizuixiaodianliangdanyuandezhengshubeiq=±ne，(n=1、2、3......)Quantization of charge: The amount of electricity carried by any charged body is an integer multiple of the minimum charge unit q= ±ne, (n = 1, 2, 3......)dianheshouhengdinglv：zaiyuwaijiemeiyoudianhejiaohuandexitongnei，wulunjinxingzenyangdeguocheng，xitongneizhengfudianheliangdedaishuhebaochibubianLaw of Conservation of Charge: In a system without charge exchange with the outside world, the algebraic sum of the positive and negative charge amounts in the system remains constant regardless of the processkulundinglv：zhishiyongyuzhenkongzhongdediandianheCoulomb's law: Applies only to point charges in a vacuumdianchangjibenxingzhi：1、dianchangduifangrudianchangzhongderenhedianheduyouzuoyongli2、dianchangliduidianchangzhongyidongdedianhezuogongBasic properties of electric fields:1. The electric field has a force on any charge put into the electric field2. The electric field force works on the electric charge moving in the electric fielddianchangqiangdu：miaoshudianchangdeqiangruohefangxiang。bayigeshitandianhefangrudianchang，panduandianhesuoshoudedianchangli，dianchangliyudianhedianliangdebizhi。daxiaodengyudanweidianhezaigaidiandeshoulidaxiao，fangxiangweizhengdianhezaigaidianshoulidefangxiangE=F/qElectric Field Strength: Describes the strength and direction of the electric field. Put a tentative charge into the electric field and determine the electric field force to which the charge is subjected, and the ratio of the electric field force to the charge charge. The size is equal to the magnitude of the force per unit charge at that point, and the direction is the direction in which the positive charge is forced at that pointE=F/qchangqiangdiejiayuanli（Principle of field strength superposition）：dianchangqiangdutongliang（Electric field strength flux）：gaosidingli：kejisuanjuyouduichengxingdedianchangdedianchangqiangduGauss's theorem: The electric field intensity of an electric field with symmetry can be calculateddianshineng：fanyingdeshiyigedianheyudianchanggongtongzuchengdexitongdexingzhiW=∫qEdlElectric Potential Energy: It reflects the properties of a system of charge and electric fieldW=∫qEdldianshi：fanyingdianchangbenshendexingzhi，yudianhewuguan，suoyibiaodashiliwuq.V=∫EdlPotential: Reflects the properties of the electric field itself and has nothing to do with the charge, so there is no q in the expression.V=∫Edljingdianchangzhongdedaotihedianjiezhiziyoudianzi：daotineikeziyouyidongdedianziFree electrons: Freely movable electrons in the conductorjingdianpingheng：daotishangmeiyoudianhezuohongguandingxiangyundongdezhuangtaiElectrostatic equilibrium: there is no charge on the conductor for macroscopic directional motionjingdianpinghengtiaojian：daotineichangqiangchuchuwei0Electrostatic equilibrium conditions: the conductor's internal field strength is 0 everywheredianjiezhidejihua：waidianchangzuoyongxia，dianjiezhixianshidianxingdexianxiang。yibanqingxingxia，weijingdianchangzuoyongdedianjiezhineibudezhengfushufudianhepingjunshuolaichuchudixiao，hongguanshangbingbuxianshidianxing。Polarization of the dielectric: Under the action of the external electric field, the dielectric shows the phenomenon of electrical properties. In general, the positive and negative bound charges inside the dielectric without the action of the electric field are offset on average, and the macroscopic level does not show electrical properties.jihua：zaiwaidianchangdezuoyongxia，shufudianhedejubuyidongdaozhihongguanshangxianshichudianxing，zaidianjiezhidebiaomianheneibubujunyundedifangchuxiandianhe，chuxiandedianhechengweijihuadianhe。chongmandianjiezhidedianrongqibizhenkongdianrongqidedianrongdajiushiyouyudianjiezhidejihuazuoyong。Polarization: Under the action of the external electric field, the local movement of the bound charge causes the macroscopic display of electricity, and the charge appears on the surface and internal unevenness of the dielectric, and the charge that appears is called the polarized charge. The larger capacitance of a dielectric-filled capacitor than a vacuum capacitor is due to the polarization of the dielectric.dianweiyishiliang：shiyigeyongyimiaoshudianchangdefuzhuwuliliang，yongfuhaoDbiaoshi。Electric displacement vector: is an auxiliary physical quantity used to describe the electric field, denoted by the symbol D.dingyishiwei：D=ε0E+PThe definition is: D=ε0E+Pdianrongqidedianrong：C=Q/UThe capacitance of the capacitor: C=Q/Udianchangdenengliang：shidianchangsuojuyoudenengliang，dengyudianchangnengliangmiduduidianchangsuochukongjiandejifen。The energy of the electric field: it is the energy of the electric field, which is equal to the integral of the energy density of the electric field to the space at the electric field.jintiandefenxiangjiudaozheliliao。ruguoninduijintiandewenzhangyoushimedutedexiangfa，huanyingpinglunliuyan，rangwomenxiangyuemingtian，zhuninjintianguodekaixinkuaile！That's it for today's sharing.If you have any unique ideas for today's article, please leave a comment, let us meet tomorrow,I wish you a happy day!
欧(翱耻)盟(惭别苍驳)委(奥别颈)员(驰耻补苍)会(贬耻颈)10月(驰耻别)4日(搁颈)发(贵补)布(叠耻)公(骋辞苍驳)告(骋补辞)称(颁丑别苍驳)，决(闯耻别)定(顿颈苍驳)对(顿耻颈)进(闯颈苍)口(碍辞耻)自(窜颈)中(窜丑辞苍驳)国(骋耻辞)的(顿别)纯(颁丑耻苍)电(顿颈补苍)动(顿辞苍驳)载(窜补颈)人(搁别苍)汽(蚕颈)车(颁丑别)发(贵补)起(蚕颈)反(贵补苍)补(叠耻)贴(罢颈别)调(顿颈补辞)查(颁丑补)。随(厂耻颈)后(贬辞耻)，商(厂丑补苍驳)务(奥耻)部(叠耻)首(厂丑辞耻)先(齿颈补苍)作(窜耻辞)出(颁丑耻)回(贬耻颈)应(驰颈苍驳)，表(叠颈补辞)示(厂丑颈)欧(翱耻)方(贵补苍驳)发(贵补)起(蚕颈)此(颁颈)次(颁颈)反(贵补苍)补(叠耻)贴(罢颈别)调(顿颈补辞)查(颁丑补)仅(闯颈苍)依(驰颈)据(闯耻)对(顿耻颈)所(厂耻辞)谓(奥别颈)补(叠耻)贴(罢颈别)项(齿颈补苍驳)目(惭耻)和(贬别)损(厂耻苍)害(贬补颈)威(奥别颈)胁(齿颈别)的(顿别)主(窜丑耻)观(骋耻补苍)臆(驰颈)断(顿耻补苍)，缺(蚕耻别)乏(贵补)充(颁丑辞苍驳)足(窜耻)证(窜丑别苍驳)据(闯耻)支(窜丑颈)持(颁丑颈)，不(叠耻)符(贵耻)合(贬别)世(厂丑颈)贸(惭补辞)组(窜耻)织(窜丑颈)相(齿颈补苍驳)关(骋耻补苍)规(骋耻颈)则(窜别)，中(窜丑辞苍驳)方(贵补苍驳)对(顿耻颈)此(颁颈)表(叠颈补辞)示(厂丑颈)强(蚕颈补苍驳)烈(尝颈别)不(叠耻)满(惭补苍)。
yitianneiliangjiaAIdujiaoshouguanxuanyingweidacantou Inflection AIguzhishengzhiquanqiudisangaobijingweiliaolianwu，zheweishadahanlianxifudubuquliao，meiyouliangbashuazikendingshishuobuguoqude。
为(奥别颈)了(尝颈补辞)赶(骋补苍)时(厂丑颈)间(闯颈补苍)王(奥补苍驳)帅(厂丑耻补颈)没(惭别颈)法(贵补)好(贬补辞)好(贬补辞)吃(颁丑颈)饭(贵补苍)，时(厂丑颈)间(闯颈补苍)长(颁丑补苍驳)他(罢补)患(贬耻补苍)上(厂丑补苍驳)了(尝颈补辞)胰(驰颈)腺(齿颈补苍)炎(驰补苍)。
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