如所示一半径为r的光�球紧靠竖直墙壁一水平力作用在与球相接触的光�木块上已知木块高度h 当水平力从零开始逐渐增大至f时球恰能离开地面 Sketch Coloring Page

如所示一半径为r的光�球紧靠竖直墙壁一水平力作用在与球相接触的光�木块上已知木块高度h 当水平力从零开始逐渐增大至f时球恰能离开地面 Template

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tomski如所示一半径为r的光�球紧靠竖直墙壁一水平力作用在与球相接触的光�木块上已知木块高度h 当水平力从零开始逐渐增大至f时球恰能离开地面 coloring

如图所示，半径为、质量为的光�半圆形凹槽置于光�水高途 sketch template

百度教育 sketch template

16．如图所示一束截面为圆形半径为R的平行单色光垂直射�一玻璃半球的上表面经折射后在屏幕S上形成一个圆形亮区已知玻璃半球的半径为R sketch template

$如图所示沿半径为R的半球型碗的光�内表面质量为m的小球正在虚线所示的水平面内作匀速圆�运动小球离碗底的高度h=$frac{R}{2 sketch template$

如图所示半径为R的光�半球固定在水平面上顶部有一个小物体现给它一个水平的初速度v0=gR则物体将 A．立即离开半球做平抛运动B．沿 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质量为M的1/4光�圆弧槽D放在光�的水平面上有一质量为m的小球由A点静止释放在球沿圆弧下�到B点的过程中下述 sketch template

如图所示半径为R的光�圆弧轨道固定在竖直平面内轨道的一个端点B和圆心O的连线与水平方�间的夹角θ=30°另一端点C为圆弧轨道的最低点过 sketch template

如图所示，固定在水平面上的光�半球，球心O的正上方固定一个小定�轮，细绳一端拴一小球，小球置于半球面上的A点，另一端绕过定�轮，如图所示。今 sketch template

百度教育 sketch template

如图所示带有光�的半径为R的1/4圆弧轨道的�块静止在平面上 �块的质量为M使一只质量为m的小球由静止从A点释放 当小球从B点水平飞出 sketch template

如图所示在平面坐标系xOy的第一象限内有一半圆形区域其半径为R半圆的一条直径与x轴重合0为该直径的一个端点．半圆内存在垂直纸面�里的匀 sketch template

如所示一半径为R的光�球紧靠竖直墙壁一水平力作用在与球相接触的光�木块上已知木块高度h 当水平力从零开始逐渐增大至F时球恰能离开地面 sketch template

如图所示一个半径为R的四分之一光�球球面放在水平桌面上球面上放置一光�均匀铁链其A端固定在球面的顶点B端恰与桌面不接触铁链单位长度的 sketch template

如图所示半径为R的光�圆环固定在竖直平面内ABCD是圆环相互垂直的两条直径CD两点与圆心O等高．一个质量为m的光�小球套在圆环上一 sketch template

百度教育 sketch template

如图所示，半径为R的圆形区域内有随时间变化的匀强磁场，磁感应强度B随时间t均匀增加的变化率为kk为常数，t=0时的磁感应强度为B 0，B的 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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

半径为R的光�半圆球固定在水平面上顶部有一小物体m如图所示今给小物体一个水平初速度v0=$sqrt{gR}$则物体将 A．沿球面� sketch template

如所示一半径为R的光�球紧靠竖直墙壁一水平力作用在与球相接触的光�木块上已知木块高度h 当水平力从零开始逐渐增大至F时球恰能离开地面 sketch template

百度教育 sketch template

如图一质量为M半径为R的光�大圆环用一细轻杆固定在竖直平面内套在大环上质量为m的小环从大环的最高点处由静止�下．重力加速度为g．1 sketch template

如图所示AB轨道和一个半径为R的半圆弧相连将球从距离水平面H高处的A点无初速的释放整个过程中�擦力均可忽略求 1物体到达B点时的 sketch template

题目半径为R的内壁绝缘光�的半圆筒如图所示固定在abc三点分别垂直于纸面放置三根等长的长直导线b两点位于水平直径的两端导线a中通 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半径为R的光�竖直半圆弧与粗糙水平面平�连接轻弹簧一端与墙壁连接另一端与可视为质点质量为m的小�块接触但不连接小�块在水平 sketch template

如图所示半径为R的光�竖直半圆弧与粗糙水平面平�连接轻弹簧一端与墙壁连接另一端与可视为质点质量为m的小�块接触但不连接小�块在水平 sketch template

如图所示AB为光�的水平轨道BC为光�的半径为R可以任意调节的竖直半圆轨道二者在同一竖直水平面内相切于B点一个质量为m的小球以初速度 sketch template

如图所示在半径为R的半圆形碗内的光�表面上一质量为m的小球以角速度ω在水平面内作匀速圆�运动求小球所在轨道平面距离碗底的高度h．题目和 sketch template

如图所示半径为R的半圆形区域内分布着垂直纸面�里的匀强磁场磁感应强度为B半圆的左边垂直x轴放置一粒子�射装置在 R≤y≤R的区间内各处 sketch template

如图所示半径为R表面光�的半圆柱体固定于水平地面上其圆心在O点．位于竖直面内的光�曲线轨道AB的底端水平与半圆柱相切于半圆柱面顶点B sketch template

百度教育 sketch template

如图所示半径为R的光�半圆形轨道CDE在竖直平面内与光�水平轨道AC相切于C点水平轨道AC上有一轻质弹簧弹簧左端连接在固定的挡板上弹簧 sketch template

如图所示半径为R内径很小的光�半圆管竖直放置两个质量均为m的小球AB以不同的速度进入管内．A通过最高点C时对管壁上部压力为3mgB sketch template

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