11．如图所示半径r=0．9m的光�的半圆轨道固定在竖直平面内直径ac竖直下端a与光�的水平轨道相切．一小球沿水平轨道进入竖直圆轨道 Sketch Coloring Page

11．如图所示半径r=0．9m的光�的半圆轨道固定在竖直平面内直径ac竖直下端a与光�的水平轨道相切．一小球沿水平轨道进入竖直圆轨道 Template

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tomski11．如图所示半径r=0．9m的光�的半圆轨道固定在竖直平面内直径ac竖直下端a与光�的水平轨道相切．一小球沿水平轨道进入竖直圆轨道 coloring

百度教育 sketch template

11．如图所示半径R=0．9m的光�的半圆轨道固定在竖直平面内直径AC竖直下端A与光�的水平轨道相切．一小球沿水平轨道进入竖直圆轨道 sketch template

11．如图所示半径R=0．9m的光�的半圆轨道固定在竖直平面内直径AC竖直下端A与光�的水平轨道相切．一小球沿水平轨道进入竖直圆轨道 sketch template

如图所示传送带AB间距离L=5m且在同一水平面内两个轮子半径均为r=02m半径R=04m的固定竖直光�圆轨道与传送带相切于B点C sketch template

如图所示竖直放置的光�圆轨道被固定在水平地面上半径r=04m在最低点处有一小球其半径远小于轨道半径r现给小球以水平�右的初速度 sketch template

如图在半径为R的水平圆板中心轴正上方高h处水平抛出一球 圆板做匀速转动当圆板半径OB转到图示位置时小球开始抛出要使球与圆板只碰一次 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透明介质球球心位于O半径为R光线DC平行于直径AOB射到介质的C点DC与AB的距离H=R/2若DC光线进入介质球后经一次反射 sketch template

如图所示半径R=04m的光�半圆轨道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=01kg的小球以初速度v0=8 sketch template

如图所示半径R=2m的光�圆环上套着有一质量为m的小环当圆环以角速度ω绕着环心的竖直轴旋转时环的高度h恰为1m则角速度ω= Rad/s 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半径R = 08m的四分之一光�圆弧轨道位于竖直平面内与长CD 20m的绝缘水平面平�连接水平面右侧空间存在互相垂直的匀 sketch template

11．如图所示内壁光�半径为R的圆捅固定在小车上有一可视为质点的光�小球静止在圆桶最低点小车与小球一起以速度�右匀速运动当小车遇到 sketch template

如图所示一半径r=02m的箱光�圆弧形槽底端B与水平传带相接传送带的运行速度为v0=4m/s长为L=125m�块与传送带间的动�擦 sketch template

如图所示，一根半径为R的无限长直铜导线，载有电流I，电流均匀分布在导线的横截面上。在导线内部通过中心轴作一横切面S，则通过横切面S上每单位长度 sketch template

11．如图所示半径为R的圆形区域内有垂直于纸面�里的匀强磁场磁感应强度大小为B．若在圆心处静止的原子核中释放一个质量为m电量为q的粒子 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

图2 11如图2所示在皮带传动装置中三个轮的半径关系为RA=RB=2RC皮带不打�则三个轮边缘上一点的线速度之比vA VB sketch template

如图所示，半径R=04m的光�圆弧轨道BC固定在竖直平面内，轨道的上端点B和圆心O的连线与水平方�的夹角θ 百度知道 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半径为R的光�圆形轨道固定在竖直面内小球 AB质量分别为mβmβ为待定系数A球从左边与圆心等高处由静止开始沿轨道下� sketch template

如图所示固定的半圆弧形光�轨道置于水平方�的勻强电场和匀强磁场中轨道圆弧半径为R磁感应强度为B方�垂直于纸面�外电场强度为 sketch template

16．如图13所示一个半径为r的半圆形线圈以直径ab 为轴匀速转动转速为nab的左侧有垂直于纸面�里与ab垂直的匀强磁场磁感应 sketch template

4．如图所示质点A沿半径为R 的圆�运动一�回到出�点在此过程中路程和位移的大小分别是 A．2πR2πR B．2πR0 C sketch template

如图所示在以O为圆心半径为R的圆形区域内有一个水平方�的匀强磁场磁场的磁感应强度大小为B方�垂直纸面�外竖直平行正对放置的两�属板 sketch template

如图所示一固定在竖直平面内的光�的半圆形轨道ABC其半径R=05m轨道在C处与水平地面相切在C处放一小物块给它一水平�左的初速度 sketch template

1．如图所示竖直平面内的轨道由轨道AB和圆弧轨道BC组成小球从斜面上A点由静止开始�下�到斜面底端后又�上一个半径为R的圆轨道1若 sketch template

如图1所示某质点沿半径为r的半圆弧由a点运动到b点则它通过的位移和路程分别是 A 0O B 2r�东πr C r�东 sketch template

如图所示半径为R的竖直光�半圆形轨道BC与光�水平地面AB相切于B点弹簧左端固定在竖直墙壁上用一质量为m有小球紧靠弹簧并�左压缩弹簧 sketch template

11．如图所示空气中有一横截面为半圆环的均匀透明柱体其内圆半径为r外圆半径为R且R＝r现有一束单色光垂直于水平端面A射入透明柱体只 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

18．如图所示光�半圆轨道竖直放置半径为R一水平轨道与圆轨道相切在水平光�轨道上停着一个质量为M = 099kg的木块一颗质量为m sketch template

14． 如图7所示一水平放置的半径为r = 0．5m的薄圆盘绕过圆心O点的竖直轴转动圆盘边缘有一质量m 1．0kg的小�块当圆盘转动 sketch template

如图所示一固定在竖直平面内的光�的半圆形轨道ABC其半径R＝05 M轨道在C处与水平地面相切在C处放一小物块给它一水平�左的初速度 sketch template

如图所示半径R=045m的光�圆弧轨道固定在竖直平面内B为轨道的最低点在光�的水平面上紧挨B点有一静止的小平板车平板车质量M=2kg sketch template

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