如图所示半径为r的 14光�圆弧轨道最低点d与水平面相切在d点右侧l0=4r处用长为r的细绳将质量为m的小球b悬挂于o点小球b的下端 Sketch Coloring Page

如图所示半径为r的 14光�圆弧轨道最低点d与水平面相切在d点右侧l0=4r处用长为r的细绳将质量为m的小球b悬挂于o点小球b的下端 Template

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tomski如图所示半径为r的 14光�圆弧轨道最低点d与水平面相切在d点右侧l0=4r处用长为r的细绳将质量为m的小球b悬挂于o点小球b的下端 coloring

题目如图所示半径为R=1m的光�圆弧轨道ABC固定在竖直面内在A点与水平面平�相切BC为圆弧的直径与竖直方�的夹角质量m=1kg sketch template

如图所示半径为R的半圆形光�轨道固定在水平地面上轨道的两端点AB在同一竖直线上．质量为m的小球以某一初速度自A点进入轨道经过最高点B后 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�圆弧轨道由两个半径为R的四分之一的圆弧组成轨道底端与顶端切线水平且固定在水平木板上一质量为m的小球以初速度v0=$sqrt sketch template

如图所示半径为R的圆形线圈共有n匝其中心位置处半径为r的虚线范围内有匀强磁场磁场方�垂直线圈平面．若磁感应强度为B则穿过线圈的磁通量为 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

如图所示半径为R的 1/4光�圆弧轨道最低点D与水平面相切在D点右侧L0=4R处用长为R的细绳将质量为m的小球B悬挂于O点小球B的下端 sketch template

半径为R的玻璃半圆柱体横截面如图所示圆心为O两条平行单色红光沿截面射�圆柱面方�与底面垂直光线1的入射点A为圆柱面的顶点光线2的 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

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

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

如图所示半径为R的光�圆环竖直放置在环上套有小球A和BAB之间用一根长为2R的轻杆相连并使小球能在环上自由�动．已知A球质量为3m sketch template

如图所示O1轴上有两个转动轮大轮半径为2r小轮的半径为r轮O2的半径为 r对于轮缘上的ABC三点则ωAωBωC=112 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位于竖直平面内的固定半径为R的光�圆环轨道圆环轨道与水平面相切于M点AB为圆弧轨道上两点O是圆环轨道的圆心C是圆环上与M靠 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}$的小球 sketch template$

如图所示半径为R的半圆形轨道竖直固定放置轨道两端等高．质量为m的质点自轨道端点P由静止开始�下自P�到Q的过程中克服�擦力所做的功为 sketch template

如图所示某质点沿半径为r的圆弧由a点运动到b点则它通过的位移和路程分别是 A．00B．2r�东πrC．r�东πrD．2r� 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AB以不同的速度进入管内A通过最高点C时对管壁上部的压力为3mg sketch template

如图所示半径为R的四分之一圆弧形光�轨道竖直放置圆弧最低点B 与长为L的水平桌面相切于B点BC离地面高为h可视为质点的质量为m的�块从 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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

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电阻不计的两个半圆形光�导轨并列竖直放置在轨道左上方端点MN间接有阻值为R的小灯泡整个轨道处在磁感应强度为B的匀强 sketch template

如图所示半径为r的硬橡胶圆环其上带有均匀分布的正电荷单位长度的电量为q其圆心O处的合场强为零现截去圆环顶部的一小段ABAB=l则 sketch template

如图所示，半径分别为R1和R2的两个半圆弧与直径的两小段构成的通电线圈 Abcda，将它放在磁感应强度上学吧找答案 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两个半径均为R的光�阅弧形轨道竖直放置圆心在同一高度一倾角为37°的固定斜面与两圆弧轨道相切于CD斜面与左侧圆弧轨道的缝隙 sketch template

如图所示半径为R的光�半圆球固定在水平面上顶部有一小物体A今使无初速度放置在球的最高点现在给其一扰动则物体将 A．沿球面下�至 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圆心在O点半径为R的圆弧轨道abc竖直固定在水平桌面上Oc与Oa的夹角为60°轨道最低点a与桌面相切．一轻绳两端系着质量为m1 sketch template

如图所示半径为R内径很小的光�半圆管竖直放置在水平地面上两个质量均为m的小球ab以不同的速度进入管内a通过最高点A时对管内壁上侧的 sketch template

课程门户章节详情 sketch template

如图所示圆O的半径为1m一质点从圆上A点以1m/s的速度沿圆�顺指针转过180°到达B点质点的平均速度大小为 A．1m/sB sketch template

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