14．如图所示质量为m的小球在竖直面内的光�圆形轨道内侧做圆�运动通过最高点且刚好不脱离轨道时的速度为v则当小球通过与圆心等高的a点时 Sketch Coloring Page

14．如图所示质量为m的小球在竖直面内的光�圆形轨道内侧做圆�运动通过最高点且刚好不脱离轨道时的速度为v则当小球通过与圆心等高的a点时 Template

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anonymous

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anonymous
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anonymous
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tomski14．如图所示质量为m的小球在竖直面内的光�圆形轨道内侧做圆�运动通过最高点且刚好不脱离轨道时的速度为v则当小球通过与圆心等高的a点时 coloring

如图所示，质量为的小球在水平面内做匀速圆�运动。若高途 sketch template

如图所示质量为m的小球系于长L=08m的轻绳末端绳的另一端系于O点将小球移到轻绳水平的位置后释放小球�到最低点A时恰与原静止于水平 sketch template

如图所示质量为m=02kg的小球固定在长为L=09m的轻杆一端杆可绕O点的水平转轴在竖直平面内转动．g=10m/s2求1当小球 sketch template

如图所示竖直平面内光�圆轨道半径R=2m从最低点A有一质量为m=1kg的小球开始运动初速度v0方�水平�右重力加速度g取10m/s2 sketch template

如图所示质量为m的小球在竖直面内的光�圆形轨道内侧做圆�运动通过最高点且刚好不脱离轨道时的速度为v则当小球通过与圆心等高的A点时对轨道 sketch template

如图所示质量为m的小球从离心轨道上由静止开始无�擦�下后进入竖直面内的圆形轨道圆形轨道的半径为R求 1要使小球能通过圆形轨道的最高 sketch template

14．如图所示质量为m的小球在竖直面内的光�圆形轨道内侧做圆�运动通过最高点且刚好不脱离轨道时的速度为v则当小球通过与圆心等高的A点时 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长为L的轻质细绳悬挂一个质量为m的小球其下方有一个倾角为θ的光�斜面体放在光�水平面上．开始时小球刚好与斜面接触无压力现在用 sketch template

2．如图所示用细线吊着一个质量为m的小球使小球在水平面内做圆锥�运动关于小球受力正确的是 A．受重力拉力�心力 B 受重力拉力 sketch template

如图所示长度为L的细绳上端固定在天花板上O点下端栓这质量为m的小球当把细绳拉直时细绳与竖直线夹角θ=60°此时小球静止在光�的水平 sketch template

如图所示质量为m的小球置于正方体的光�盒子中盒子的边长略大于球的直径．某同学拿着该盒子在竖直平面内做半径为R的匀速圆�运动已知重力加速度 sketch template

如图所示质量是1 Kg的小球用长为05 m的细线悬挂在O点O点距地面高度为12 m如果使小球绕OO＇轴在水平面内做圆�运动若细线最 sketch template

14．如图所示将质量为m的小球从倾角为θ的光�斜面上A点以速度v0水平抛出即v0∥CD小球运动到B点已知A点的高度h则小球到达B点 sketch template

如图所示用细线吊着一个质量为m的小球使小球在空中水平面内做圆锥�运动关于小球受力正确的是 A受重力拉力�心力 B受重力 sketch template

如图所示质量为m的小球悬挂在质量为M的半圆形光�轨道的顶端台秤的示数为M mg．忽略台秤秤量时的延迟因素则从烧断悬线开始到小球滚到 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光�圆形轨道固定在竖直面内小球 AB质量分别为mβmβ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，一圆锥�，质量为m的小球在水平面内以角速度ω匀速转大学搜题酱 sketch template

$如图所示质量为m的小球用长为L的悬线固定于O点在O点正下方$frac{L}{2}$处钉一个钉子把悬线拉直与竖直方�成一定角度由静止 sketch template$

如图所示质量为m的小球置于正方体的光�盒子中盒子的边长略大于球的直径．某同学拿着该盒子在竖直平面内做半径为R的匀速圆�运动已知重力加速度 sketch template

20．质量为m的小球B放在半径为R的光�球面上如图所示有悬点到球面的最短距离为AC=sA点在球心的正上方求 1小球对球面的压力 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

14．如图所示光�水平面上小球m在拉力F作用下作匀速圆�运动若小球运动到P点时拉力F�生变化关于小球运动情况的说法正确的是 A．若 sketch template

如图所示一质量为M的�块静止在光�的水平面上其左侧是一光�的四分之一圆弧圆弧半径为R=1m一质量为m的小球以速度V0�右运动冲上�块 sketch template

如图所示质量为m的小球从离心轨道上由静止开始无�擦�下后进入竖直面内的圆形轨道圆形轨道的半径为R求 1要使小球能通过圆形轨道的最高 sketch template

如图所示在轻杆两端分别固定两个球ABA球质量mA=mB球质量mB=2m轻杆可以绕固定轴O转动不计杆与转轴间的�擦两球到转动轴O的 sketch template

如图6 3所示质量为M的木块静止在光�的水平面上墙上水平固定一轻弹簧质量为m的子弹以水平速度v0击中木块并留在其中木块撞击弹簧后又被弹 sketch template

如图所示质量为m=2kg的小物块在水平拉力F作用下由静止开始从A点出�沿粗糙水平轨道做匀加速直线运动到达B点时撤消外力物块冲上竖直 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质量均为m的AB两个小球之间系一个质量不计的弹簧放在光�的台面上．A紧靠墙壁．现用恒力F将B球�左挤压弹簧达到平衡时突然将力 sketch template

14．如图所示将质量为m的小球从倾角为θ的光�斜面上A点以速度v0水平抛出即v0∥CD小球运动到B点已知A点的高度h则小球到达B点 sketch template

如图所示质量为m的小球用一根细线悬挂在O点用一个水平力作用在小球上使细线与竖直方�成30°角时小球静止求1水平拉力的大小．2 sketch template

百度教育 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

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