22．如图15所示一光�的半径为r的半圆形轨道ab放在水平面上一个质量为m的小球以某一速度冲上轨道小球恰好能过最高点b然后从b点飞出 Sketch Coloring Page

22．如图15所示一光�的半径为r的半圆形轨道ab放在水平面上一个质量为m的小球以某一速度冲上轨道小球恰好能过最高点b然后从b点飞出 Template

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tomski22．如图15所示一光�的半径为r的半圆形轨道ab放在水平面上一个质量为m的小球以某一速度冲上轨道小球恰好能过最高点b然后从b点飞出 coloring

题目如图所示一束宽度为2R的平行单色光垂直射到半径为R的透明半圆柱体的平面上在半圆柱体后方的竖直光屏MN上形成宽度为2R的光带图中O sketch template

22．如图15所示一光�的半径为R的半圆形轨道AB放在水平面上一个质量为m的小球以某一速度冲上轨道小球恰好能过最高点B然后从B点飞出 sketch template

高中物理《“光的折射和全反射”应用举例分析》知乎 sketch template

如图所示，竖直平面内有一半径为R的半圆形光�绝缘轨道，其底端B与光�绝缘水平轨道相切，整个系统处在竖直�上的匀强电场中，一质量为m，带正电的 sketch template

如图所示一半径为R的透明介质球放在真空中O为球心PQ为水平半径一束单色光沿NM方�平行于PQ射线M点∠NMO=120°经球面折射后 sketch template

如图9 1a所示，一无限长半径为R的1/3圆筒形�属薄片大学搜题酱 sketch template

【题目� 如图所示为一半径为 R 的透明半球体过球心 O 的横截面，面上 P 点到直径 MN 间的垂直距离为 。一细光束沿百度教育 sketch template

如图甲所示轻杆一端固定在O点另一端固定一小球现让小球在竖直平面内做半径为R的圆�运动小球运动到最高点时杆与小球间弹力大小为F小球在 sketch template

题目某种透明材料制成的空心球体内径为 R外径是内径的 2 倍其截面如图所示一束单色光从外球面上 A 点入射人射角为 45°时光束 sketch template

如图所示是一透明的圆柱体的横截面其半径R=20 Cm折射率为AB是一条直径今有一束平行光沿AB方�射�圆柱体试求1光在圆柱体中 sketch template

百度教育 sketch template

如图所示在竖直平面内有一半径为R的圆弧轨道半径OA水平OB竖直一个质量为m的小球自A的正上方P点由静止开始自由下落小球沿轨道到达最高 sketch template

如图所示光�半圆环轨道处于竖直平面内半圆环与粗糙的水平地面相切于圆环的端点A一质量m=010 Kg的小�块以初速度v0=70 m sketch template

如图所示，从一质量为M、半径为2R的均匀球体的球心O处挖出一半径为R的小球，将其移至两球面相距R处，已知引力常量为G，则大球剩余部分和小球间的 sketch template

如图所示，竖直平面内有一半径为R的半圆形光�绝缘轨道，其底端B与光�绝缘水平轨道相切，整个系统处在竖直�上的匀强电场中，一质量为m，带正电的 sketch template

题目为了研究某种透明新材料的光学性质将其压制成半圆柱形如图a所示一束激光由真空沿半圆柱体的径�与其底面过O的法线成θ角射入CD sketch template

百度教育 sketch template

$如图所示为一质量为M的球形物体密度均匀半径为R在距球心为2R处有一质量为m的质点若将球体挖去一个半径为$frac{R}{2}$的小球 sketch template$

百度教育 sketch template

如图所示一半径为R的圆环均匀带有电量 Q试计算圆环轴线上与环心相距为x的P点处的场强．题目和参考答案——青夏教育精英家教�—— sketch template

如图所示一玻璃砖的横截面为半圆形MN为截面的直径Q是MN上的一点且与M点的距离QM=R/2一束与截面平行的白光由Q点沿垂直于MN的 sketch template

圆轮沿固定圆弧轨道以匀角速度ω作纯滚动，如图所示。已知：圆轮半径为r，轨道半径为R，则在图示位置时，轮心O点的 上学吧找答案 sketch template

如图所示在竖直平面内有一边界半径为R的圆形匀强磁场区域磁感应强度为B方�垂直纸面�里．一质量为m电量为q的负点电荷从圆边缘的P点沿直径 sketch template

如图所示为半径是r密度是ρ的某星球表面某处竖直平面内的一段轨道AB是倾角为θ的粗糙直轨道BCD是光�的圆弧轨道AB恰好在B点与圆弧相切 sketch template

百度教育 sketch template

百度教育 sketch template

题目如图所示在半径为R的圆形区域内有匀强磁场磁感应强度为B方�垂直于圆平面．一群比荷为的负离子体以相同速率v0较大由P点在纸 sketch template

如图所示竖直面内固定的半径为R的光�半圆弧轨道左右端点PQ圆心在同一水平线上左端点P距地高3R2右端点Q正下方质量均为M的物体A sketch template

如图所示，扇形AOB为透明柱状介质的横截面，扇形的半径大小为R，OM为扇形的角分线，∠ AOM=∠ BOM=30°。一束平行于角平分线OM的单 sketch template

如图所示半径为R的圆盘匀速转动在距半径高度h处以平行OB方�水平抛出一小球抛出瞬间小球的初速度与OB方�平行为使小球和圆盘只碰撞一次且 sketch template

12．如图所示半径为R的圆盘绕垂直于盘面的中心轴匀速转动其正上方h处沿OB方�水平抛出一小球要使球与盘只碰一次且落点为B则小球的初 sketch template

如图所示一半径为R的光�半圆形轨道AB固定在水平地面上一个质量为m的小球以某一速度从半圆形轨道的最低点A冲上轨道当小球将要从轨道最高点B sketch template

如图所示一玻璃球体的半径为RO为球心AB为直径在B点有一单色光源其中其�出的光从M点折射出时折射光线恰好与AB平行则得AM之间的 sketch template

如图所示一光源�出的光经平面镜反射后照射到凹透镜上光线ab与凹透镜的主光轴平行其中F为凹透镜的焦点O为光心。请画出其对应的入射光线及 sketch template

如图所示水平轨道BC的左端与固定的光�竖直半圆轨道相切于C点右端与一倾角为30°的光�斜面轨道在B点平�连接即物体经过B点时速度的大小不 sketch template

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