高一物理课件

路志 · 发表于 2006-1-10 14:56:14

<table bordercolordark="#ffffff" cellpadding="2" width="100%" bordercolorlight="#000000" border="1"><tbody><tr><td valign="top" width="50%">* <a href="http://www.wsbedu.com/kejian/jia/flash/moni.swf" target="_blank">12合1物理实验模拟</a> * <a href="http://www.wsbedu.com/kejian/date1/gao22.swf" target="_blank">22合1高中物理实验(377K)</a> * <a href="http://www.wsbedu.com/kejian/jia/youbiao.swf" target="_blank">游标卡尺(10分度20分度)</a> * <a href="http://www.wsbedu.com/kejian/date1/you10.swf" target="_blank">游标卡尺(10分度)</a> * <a href="http://www.wsbedu.com/kejian/date1/you50.swf" target="_blank">游标卡尺(50分度)</a> * <a href="http://www.wsbedu.com/kejian/date1/youbiaobao.swf" target="_blank">游标卡尺学习宝(211K)</a> * <a href="http://www.wsbedu.com/kejian/jia/qianfen.swf" target="_blank">螺旋测微计（千分尺）</a> * <a href="http://www.wsbedu.com/kejian/date1/tianping2.swf" target="_blank">天平的使用</a> * <a href="http://www.wsbedu.com/kejian/date1/usetianp.rar" target="_blank">天平的使用(183K请先下载)</a> * <a href="http://www.wsbedu.com/kejian/date1/zhongtan.swf" target="_blank">重力弹力摩擦力</a> * <a href="http://www.wsbedu.com/kejian/wu47.swf" target="_blank">弹力与形变</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/huke.swf" target="_blank">虎克定律</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f18.swf" target="_blank">找重心实验</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/lifen.swf" target="_blank">力的合成与分解(变角变力分析)</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/lishi.swf" target="_blank">力的合成实验(116K)</a> * <a href="http://www.wsbedu.com/kejian/date1/liuti.swf" target="_blank">流体流速与压强</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/guzhou.swf" target="_blank">有固定转轴的力的平衡</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/n1.swf" target="_blank">牛顿第一定律1</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f19.swf" target="_blank">牛顿第一定律2 </a>* <a href="http://www.wsbedu.com/kejian/jia/flash/n12.swf" target="_blank">牛顿第一定律3</a> * <a href="http://www.wsbedu.com/kejian/jia/n2.swf" target="_blank">牛顿第二定律</a>1 * <a href="http://www.wsbedu.com/kejian/jia/n22.swf" target="_blank">牛顿第二定律2</a> * <a href="http://www.wsbedu.com/kejian/wu46.swf" target="_blank">牛顿第二定律</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/plane.swf" target="_blank">飞机降落时的紧急停机</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/luoti.swf" target="_blank">自由落体</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/luotiq.swf" target="_blank">自由落体（全）</a> * <a href="http://www.wsbedu.com/kejian/date1/boathecheng.swf" target="_blank">小船过河的运动合成(113K)</a> * <a href="http://www.wsbedu.com/kejian/date1/yunjie.swf" target="_blank">运动的合成与分解(105K)</a> * <a href="http://www.wsbedu.com/kejian/date1/pingpao.swf" target="_blank">平抛运动(181K)</a> * <a href="http://www.wsbedu.com/kejian/wu006.swf" target="_blank">平抛运动1 </a>* <a href="http://www.wsbedu.com/kejian/jia/flash/f6.swf" target="_blank">平抛运动</a>2 * <a href="http://www.wsbedu.com/kejian/jia/flash/ping3.swf" target="_blank">平抛运动3</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/ping4.swf" target="_blank">平抛运动4</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/ping5.swf" target="_blank">平抛运动5</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/ping6.swf" target="_blank">平抛运动6</a> * <a href="http://www.wsbedu.com/kejian/jia/feixing.swf" target="_blank">请你来当飞行员(241k)</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f7.swf" target="_blank">斜抛运</a><a href="http://www.wsbedu.com/kejian/jia/flash/f7.swf" target="_blank">动</a>1 * <a href="http://www.wsbedu.com/kejian/jia/flash/f8.swf" target="_blank">斜抛运动</a>2 * <a href="http://www.wsbedu.com/kejian/wu007.swf" target="_blank">小船过河 </a>* <a href="http://www.wsbedu.com/kejian/jia/flash/wu45.swf" target="_blank">匀速圆周运动(426K</a>) * <a href="http://www.wsbedu.com/kejian/jia/flash/xiangxin.swf" target="_blank">向心力演示器(390K</a>) * <a href="http://www.wsbedu.com/kejian/jia/flash/lixin.swf" target="_blank">离心现象</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/yuanzhui.swf" target="_blank">圆锥摆角与速度关系</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/tianti.swf" target="_blank">天体运动发展史</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/earthsun.swf" target="_blank">地球绕太阳转动</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/kaipu.swf" target="_blank">开普勒三定律</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f29.swf" target="_blank">卫星的宇宙速度 </a>* <a href="http://www.wsbedu.com/kejian/g1wei.swf" target="_blank">人造地球卫星</a> <a href="http://www.wsbedu.com/kejian/jia/flash/f29.swf" target="_blank"> </a>* <a href="http://www.wsbedu.com/kejian/date1/tianti1.swf" target="_blank">天体运动（1）</a> * <a href="http://www.wsbedu.com/kejian/date1/tianti2.swf" target="_blank">天体运动（2）</a> * <a href="http://www.wsbedu.com/kejian/g1wei2.swf" target="_blank">不同轨道的卫星 </a>* <a href="http://www.wsbedu.com/kejian/jia/flash/fenzi.swf" target="_blank">分子的无规则运动</a> * <a href="http://www.wsbedu.com/kejian/date1/fenzidong.swf" target="_blank">分子运动论(104K)</a> * <a href="http://www.wsbedu.com/kejian/date1/bulang.swf" target="_blank">布朗运动规律</a> * <a href="http://www.wsbedu.com/kejian/wu002.swf" target="_blank">布朗运动</a> </td><td valign="top" width="50%">* <a href="http://www.wsbedu.com/kejian/jia/flash/f1.swf" target="_blank">气体的等温变化</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f2.swf" target="_blank">气体的等容变化</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f3.swf" target="_blank">气体的等压变化 </a>* <a href="http://www.wsbedu.com/kejian/date1/jingfei.swf" target="_blank">晶体和非晶体</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f00d.swf" target="_blank">动量公式推导</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f00z.swf" target="_blank">正碰和斜碰</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f00ji.swf" target="_blank">鸡蛋落地</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f00dc.swf" target="_blank">不同小车反弹实验</a> * <a href="http://www.wsbedu.com/kejian/wu22.swf" target="_blank">弹性碰撞 </a>* <a href="http://www.wsbedu.com/kejian/date1/tanpeng.swf" target="_blank">弹性碰撞</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/erren.swf" target="_blank">二人相推</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f9.swf" target="_blank">碰撞中的动量守恒</a> <a href="http://www.wsbedu.com/kejian/wu22.swf" target="_blank"> </a>* <a href="http://www.wsbedu.com/kejian/date1/dongliang1.swf" target="_blank">动量守恒1</a> * <a href="http://www.wsbedu.com/kejian/date1/dongliang2.swf" target="_blank">动量守恒2</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/fanchu.swf" target="_blank">反冲</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/gudiai.swf" target="_blank">古代的火箭</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/huojian.swf" target="_blank">火箭原理</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/dongliang.swf" target="_blank">动量与动能</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f4.swf" target="_blank">动量与机械能</a> * <a href="http://www.wsbedu.com/kejian/date1/gong.rar" target="_blank">功全节(935K)(请先下载)</a> * <a href="http://www.wsbedu.com/kejian/date1/gonglu.rar" target="_blank">功率(416K)(请先下载）</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/f5.swf" target="_blank">动能定理验证</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/nineng.swf" target="_blank">机械能守恒</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/jineng2.swf" target="_blank">机械能守恒2</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/jixieneng.swf" target="_blank">机械能守恒定律(277K)</a> * <a href="http://www.wsbedu.com/kejian/date1/jineng.swf" target="_blank">机械能守恒定律(272K)</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/tanhuang.swf" target="_blank">弹簧振子</a> * <a href="http://www.wsbedu.com/kejian/date1/tanhu.swf" target="_blank">弹簧振子2</a> * <a href="http://www.wsbedu.com/kejian/date1/jianxie1.swf" target="_blank">简谐运动及其图象</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/shengzi.swf" target="_blank">绳子的波形</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/danbai.swf" target="_blank">用单摆测重力加速度实验</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/wu30.swf" target="_blank">机械波(291K</a>) * <a href="http://www.wsbedu.com/kejian/jia/flash/jibo.swf" target="_blank">机械波教学(236k</a>) * <a href="http://www.wsbedu.com/kejian/jia/flash/bolong.swf" target="_blank">波与波长</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/boxiang.swf" target="_blank">波的图像</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/shuibo.swf" target="_blank">水波</a> * <a href="http://www.wsbedu.com/kejian/wu21.swf" target="_blank">纵波</a> * <a href="http://www.wsbedu.com/kejian/date1/boxing.swf" target="_blank">波的形成与传播(183K)</a> * <a href="http://www.wsbedu.com/kejian/date1/bojia.swf" target="_blank">波的叠加1</a> * <a href="http://www.wsbedu.com/kejian/wu008.swf" target="_blank">波的叠加</a> * <a href="http://www.wsbedu.com/kejian/date1/bogan.swf" target="_blank">波的干涉</a> * <a href="http://www.wsbedu.com/kejian/date1/bochuan.swf" target="_blank">波的传播</a> * <a href="http://www.wsbedu.com/kejian/date1/boxing.rar" target="_blank">波的形成与传播(请先下载解压)</a> * <a href="http://www.wsbedu.com/kejian/date1/boxing2.swf" target="_blank">波的形成与传播2</a> * <a href="http://www.wsbedu.com/kejian/date1/hengbo.swf" target="_blank">横波的演示</a> * <a href="http://www.wsbedu.com/kejian/date1/hengboc.swf" target="_blank">横波的形成与传播</a> * <a href="http://www.wsbedu.com/kejian/date1/jizhen.swf" target="_blank">机械振动和机械波(111K)</a> * <a href="http://www.wsbedu.com/kejian/date1/jizhen2.swf" target="_blank">机械振动和机械波2(193K)</a> * <a href="http://www.wsbedu.com/kejian/date1/bojia.rar" target="_blank">波的叠加(请先下载解压)</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/zuni.swf" target="_blank">阻尼无阻尼波形</a> * <a href="http://www.wsbedu.com/kejian/wu005.swf" target="_blank">单摆 </a>* <a href="http://www.wsbedu.com/kejian/date1/danbaitao.swf" target="_blank">单摆（全套121K）</a> * <a href="http://www.wsbedu.com/kejian/date1/danbai.swf" target="_blank">单摆的周期(125K)</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/zhongbai.swf" target="_blank">钟摆</a> * <a href="http://www.wsbedu.com/kejian/jia/flash/danzhong.swf" target="_blank">用单摆测重力加速度 </a>* <a href="http://www.wsbedu.com/kejian/date1/shabai.swf" target="_blank">沙摆的图象</a> </td></tr></tbody></table>

路志 · 发表于 2006-1-10 14:57:11

<

>高二物理课件
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>
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>* <a href=\"http://www.wsbedu.com/kejian/date1/gao22.swf\" target=\"_blank\" >22合1高中物理实验(377K)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/dianqi.swf\" target=\"_blank\" >静电喷漆</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/wu39.swf\" target=\"_blank\" >摩擦起电(233k)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/dianchen.swf\" target=\"_blank\" >静电除尘</A> * <a href=\"http://www.wsbedu.com/kejian/date1/jinggan.swf\" target=\"_blank\" >静电感应</A> <a href=\"http://www.wsbedu.com/kejian/jia/flash/youshou.swf\" target=\"_blank\" > </A>* <a href=\"http://www.wsbedu.com/kejian/date1/jingbi1.swf\" target=\"_blank\" >静电屏蔽</A> * <a href=\"http://www.wsbedu.com/kejian/date1/fuyin.swf\" target=\"_blank\" >静电复印</A> * <a href=\"http://www.wsbedu.com/kejian/date1/dianping.swf\" target=\"_blank\" >静电屏蔽(314K)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/rongqi.swf\" target=\"_blank\" >平行板电容器(276K)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/chang1.swf\" target=\"_blank\" >电场　电场强度1(299K)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/chang2.swf\" target=\"_blank\" >电场　电场强度2(281K)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/chang3.swf\" target=\"_blank\" >电场　电场强度3</A> * <a href=\"http://www.wsbedu.com/kejian/date1/diandie.swf\" target=\"_blank\" >电场叠加</A> * <a href=\"http://www.wsbedu.com/kejian/date1/changxian.swf\" target=\"_blank\" >电场强度电场线(543K)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/lidong1.swf\" target=\"_blank\" >带电粒子在电场中的运动A</A> * <a href=\"http://www.wsbedu.com/kejian/date1/lidong.swf\" target=\"_blank\" >带电粒子在电场中的运动B</A> * <a href=\"http://www.wsbedu.com/kejian/date1/shiboqi.swf\" target=\"_blank\" >带电粒子在电场中的运动(示波器)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/lidong3.swf\" target=\"_blank\" >带电粒子在电场中的运动D</A> * <a href=\"http://www.wsbedu.com/kejian/wu004.swf\" target=\"_blank\" >带电体在电场中运动</A> * <a href=\"http://www.wsbedu.com/kejian/wu009.swf\" target=\"_blank\" >带电粒子在磁场中的运动</A> * <a href=\"http://www.wsbedu.com/kejian/wu010.swf\" target=\"_blank\" >带电粒子在电场磁场运动1 </A>* <a href=\"http://www.wsbedu.com/kejian/jia/flash/f12.swf\" target=\"_blank\" >带电粒子在电磁场中的运动2</A> * <a href=\"http://www.wsbedu.com/kejian/wu27.swf\" target=\"_blank\" >欧姆定律</A> * <a href=\"http://www.wsbedu.com/kejian/wu53.swf\" target=\"_blank\" >伏安法测电阻实验</A> * <a href=\"http://www.wsbedu.com/kejian/wu26.swf\" target=\"_blank\" >全电路欧姆定律</A> * <a href=\"http://www.wsbedu.com/kejian/date1/coleyou.rar\" target=\"_blank\" >变阻器作油量表(153K)(先下载)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/wanyong.zip\" target=\"_blank\" >万用表(请先下载解压)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/rigunang.swf\" target=\"_blank\" >日光灯工作原理</A> * <a href=\"http://www.wsbedu.com/kejian/date1/diantie.swf\" target=\"_blank\" >电磁铁(122K)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/youshou.swf\" target=\"_blank\" >右手定则</A> * <a href=\"http://www.wsbedu.com/kejian/date1/yianyou.swf\" target=\"_blank\" >验证右手定则</A> * <a href=\"http://www.wsbedu.com/kejian/wu011.swf\" target=\"_blank\" >电磁感应1</A> * <a href=\"http://www.wsbedu.com/kejian/wu017.swf\" target=\"_blank\" >直导线的电磁感应</A> * <a href=\"http://www.wsbedu.com/kejian/wu51.swf\" target=\"_blank\" >感应电流的产生 </A>* <a href=\"http://www.wsbedu.com/kejian/jia/flash/f13.swf\" target=\"_blank\" >感应电动势感应电流的产生</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/cichang.swf\" target=\"_blank\" >磁场产生电场</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/dianci.swf\" target=\"_blank\" >电场产生磁场</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/cibiao.swf\" target=\"_blank\" >磁电式电表的结构和原理(168K)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/motor.swf\" target=\"_blank\" >电动机简易原理</A> * <a href=\"http://www.wsbedu.com/kejian/wu013.swf\" target=\"_blank\" >电磁感应</A>3 * <a href=\"http://www.wsbedu.com/kejian/wu014.swf\" target=\"_blank\" >电磁感应4</A> * <a href=\"http://www.wsbedu.com/kejian/wu015.swf\" target=\"_blank\" >电磁感应5</A> * <a href=\"http://www.wsbedu.com/kejian/wu012.swf\" target=\"_blank\" >电磁感应6</A> * <a href=\"http://www.wsbedu.com/kejian/date1/fadianli.swf\" target=\"_blank\" >发电的原理</A> * <a href=\"http://www.wsbedu.com/kejian/date1/jiaof.swf\" target=\"_blank\" >交流发电机</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/lengci.swf\" target=\"_blank\" >楞次定律(110)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/diancibo.swf\" target=\"_blank\" >电磁波的产生</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/dianfe.swf\" target=\"_blank\" >电磁振荡图像</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/dianfen.swf\" target=\"_blank\" >电磁振荡分析</A> * <a href=\"http://www.wsbedu.com/kejian/wu016.swf\" target=\"_blank\" >回旋加速器</A> * <a href=\"http://www.wsbedu.com/kejian/wu018.swf\" target=\"_blank\" >感应电动势</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/diandang.swf\" target=\"_blank\" >电磁振荡</A> * <a href=\"http://www.wsbedu.com/kejian/wu020.swf\" target=\"_blank\" >电磁波的形成</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/huatong.swf\" target=\"_blank\" >话筒的工作原理 </A>* <a href=\"http://www.wsbedu.com/kejian/jia/ziganzheng.swf\" target=\"_blank\" >自感（整课）</A> </TD>
<TD vAlign=top width=\"50%\">
<

>* <a href=\"http://www.wsbedu.com/kejian/wu28.swf\" target=\"_blank\" >光的反射平面镜</A> * <a href=\"http://www.wsbedu.com/kejian/wu41.swf\" target=\"_blank\" >测定玻璃的折射率</A> * <a href=\"http://www.wsbedu.com/kejian/wu42.swf\" target=\"_blank\" >光的全反射 </A>* <a href=\"http://www.wsbedu.com/kejian/jia/flash/f11.swf\" target=\"_blank\" >光的全反射</A>2 * <a href=\"http://www.wsbedu.com/kejian/jia/flash/pingbo.swf\" target=\"_blank\" >平板玻璃折射</A> * <a href=\"http://www.wsbedu.com/kejian/date1/yanfan.swf\" target=\"_blank\" >验证光的反射定律</A> * <a href=\"http://www.wsbedu.com/kejian/date1/qianwang.swf\" target=\"_blank\" >潜望镜</A> * <a href=\"http://www.wsbedu.com/kejian/wu23.swf\" target=\"_blank\" >凸透镜成像</A> * <a href=\"http://www.wsbedu.com/kejian/wu43.swf\" target=\"_blank\" >凸透镜成像</A>2 * <a href=\"http://www.wsbedu.com/kejian/jia/flash/guangfz.swf\" target=\"_blank\" >光的反射和折射</A> * <a href=\"http://www.wsbedu.com/kejian/jia/guang.swf\" target=\"_blank\" >光的折射</A>1 * <a href=\"http://www.wsbedu.com/kejian/wu32.swf\" target=\"_blank\" >光的折射 </A>* <a href=\"http://www.wsbedu.com/kejian/date1/guangquan.rar\" target=\"_blank\" >光(全套320K请先下载)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/tujingquan.rar\" target=\"_blank\" >凸透镜(全套632K请先下载)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/toujing.swf\" target=\"_blank\" >透镜</A> * <a href=\"http://www.wsbedu.com/kejian/date1/leng112.swf\" target=\"_blank\" >棱镜(112K)</A> * <a href=\"http://www.wsbedu.com/kejian/wu23.swf\" target=\"_blank\" >凸透镜成像 </A>* <a href=\"http://www.wsbedu.com/kejian/jia/flash/f10.swf\" target=\"_blank\" >三条特殊光线</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/caihong.swf\" target=\"_blank\" >彩虹</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/wu40.swf\" target=\"_blank\" >透镜(450k)</A> * <a href=\"http://www.wsbedu.com/kejian/wu24.swf\" target=\"_blank\" >凹透镜成像</A> * <a href=\"http://www.wsbedu.com/kejian/wu44.swf\" target=\"_blank\" >凹透镜成像</A>2 * <a href=\"http://www.wsbedu.com/kejian/date1/tujing.swf\" target=\"_blank\" >凸透镜(514K)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/tujingt.rar\" target=\"_blank\" >凸透镜成像(630K)(请先下载)</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/eye.swf\" target=\"_blank\" >眼睛</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/jinshi.swf\" target=\"_blank\" >近视</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/yuan.swf\" target=\"_blank\" >远视</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/jinjiao.swf\" target=\"_blank\" >近视的矫正</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/yuanjiao.swf\" target=\"_blank\" >远视的矫正</A> * <a href=\"http://www.wsbedu.com/kejian/wu48.swf\" target=\"_blank\" >望远镜</A> * <a href=\"http://www.wsbedu.com/kejian/date1/xianjing.swf\" target=\"_blank\" >显微镜原理</A> * <a href=\"http://www.wsbedu.com/kejian/wu29.swf\" target=\"_blank\" >分光镜原理 </A>* <a href=\"http://www.wsbedu.com/kejian/date1/ganshe.swf\" target=\"_blank\" >双缝干涉</A> * <a href=\"http://www.wsbedu.com/kejian/wu50.swf\" target=\"_blank\" >光的本性</A> * <a href=\"http://www.wsbedu.com/kejian/wu49.swf\" target=\"_blank\" >光电效应 </A>* <a href=\"http://www.wsbedu.com/kejian/jia/flash/wanbo.swf\" target=\"_blank\" >弯曲玻璃传播光</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/guangwei.swf\" target=\"_blank\" >光导纤维导光</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/guangsu.swf\" target=\"_blank\" >光导纤维束</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/guangpu.swf\" target=\"_blank\" >光谱</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/guangxiao.swf\" target=\"_blank\" >光电效应</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/lusefu.swf\" target=\"_blank\" >卢瑟福粒子散射实验</A> * <a href=\"http://www.wsbedu.com/kejian/datep/yzkwq220101.swf\" target=\"_blank\" >卢瑟福粒子散射实验2</A>(921K) * <a href=\"http://www.wsbedu.com/kejian/datep/yzkwq220102.swf\" target=\"_blank\" >散射实验与原子模型</A>(128K) * <a href=\"http://www.wsbedu.com/kejian/jia/flash/hegou.swf\" target=\"_blank\" >核结构模型(104K)</A> * <a href=\"http://www.wsbedu.com/kejian/date1/helie.swf\" target=\"_blank\" >核裂变1</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/f0he.swf\" target=\"_blank\" >核裂变</A> * <a href=\"http://www.wsbedu.com/kejian/jia/yuanzi.swf\" target=\"_blank\" >原子核链式反应</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/f0kong.swf\" target=\"_blank\" >控制核反应速度</A> * <a href=\"http://www.wsbedu.com/kejian/jia/flash/f0hedian.swf\" target=\"_blank\" >核电站工作原理</A></TD></TR></TABLE>

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