7．如图所示质量为m的小球a沿高度为h倾角为θ的光�斜面以初速v0�下另一质量与a相同的小球b自相同高度由静止落下结果两球同时落地 Sketch Coloring Page

7．如图所示质量为m的小球a沿高度为h倾角为θ的光�斜面以初速v0�下另一质量与a相同的小球b自相同高度由静止落下结果两球同时落地 Template

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tomski7．如图所示质量为m的小球a沿高度为h倾角为θ的光�斜面以初速v0�下另一质量与a相同的小球b自相同高度由静止落下结果两球同时落地 coloring

如图所示质量为m的光�小球置于斜面上被一个竖直挡板挡住．现使斜面在水平面上�右做加速度为a的匀加速直线运动以下说法中正确的是 A．若 sketch template

如图所示，用三根轻绳将质量为m的物块悬挂在空中。已知ac和bc与竖直方�的夹角分别为30°和60°，重力加速度为g。请选择合适的研究对象，画出 sketch template

7．如图所示质量为m的小球A沿高度为h倾角为θ的光�斜面以初速v0�下 另一质量与A相同的小球B自相同高度由静止落下结果两球同时落地 sketch template

题目如图所示质量为m的半圆轨道小车静止在光�的水平地面上其水平直径AB长度为2R现将质量也为m的小球从距A点正上方高处由静止释放 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

17． 如图1 11 16所示三个可视为质点的�属小球ABC质量分别为m2m和3mB球带负电电荷量为qAC不带电不可伸长的 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

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，上表面粗糙倾角θ=37∘的斜面体放在光�的水平地面上，一物块静止在斜面体上．现给斜面体一水平�左的推力F，�现无论F多大，物块均能与 sketch template

如图所示质量分别为m2m的球AB由轻质弹簧相连后再用细线悬挂在正在竖直�上做匀减速运动的电梯内细线承受的拉力为F此时突然剪断细线 sketch template

如图所示质量为M倾角为θ的斜面体放于水平面上质量为m的物块放在斜面上它们之间的�擦力都忽略不计．要使物块相对斜面静止不动斜面体�左 sketch template

题目如图所示质量为m的小球用一细线悬挂在天花板上现用一大小恒定的外力慢慢将小球拉起在小球可能的平衡位置中细线与竖直方�的最大偏角 sketch template

如图所示质量为m的小球用长L的细线悬挂而静止在竖直位置在下列三种情况下分别用水平拉力F将小球拉到细线与竖直方�成θ角的位置．在此过程中 sketch template

如图所示一小球由距地面高为H处自由下落当它下落了距离为h 时与斜面相碰碰后小球以原来的速率水平抛出．求1小球做平抛运动的水平位移s 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质量为M倾角为θ的斜面体置于光�的水平地面上要使原来与斜面接触的质量为m的小球做自由落体运动则�右拉斜面体的水平力F至�为多大 sketch template

如图所示在光�水平而上有一质量为M的斜劈其斜面倾角为α一质量为m的物体放在其光�斜面上现用一水平力F推斜劈恰使物体m与斜劈间无相对 sketch template

15．如图所示倾角θ=30°的光�斜面固定在水平面上斜面高h=125 m．质量m=2kg的物体从斜面顶端出静止下�当下�至底端B点时 sketch template

如图所示质量为M倾角为θ的斜面体置于光�的水平地面上要使原来与斜面接触的质量为m的小球做自由落体运动则�右拉斜面体的水平力F至�为多大 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

如图所示ABBCCD和DE为质量可忽略的等长细线长度均为5mAE端悬挂在水平天花板上AE=14mBD是质量均相同的小球．质量 sketch template

如图所示质量为m的物体放在一固定斜面上当斜面倾角为θ=30°时恰能沿斜面匀速下�．重力加速度为g．1物体与斜面间的动�擦因数μ2 sketch template

如图所示将质量为m的物体B放在质量为M 的光�的斜面A上当A在水平力F的作用下在光� 水平面上作匀加速直线运动时B物体恰好不下� 试求 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

8．如图所示质量为m的物体A静止在地面上上表面带有弯钩一弹簧秤由弹簧带有挂钩的拉杆和带有提环的外壳组成可以认为弹簧秤的 总质量集中 sketch template

如图所示质量为m的物体沿倾角为q的光�斜面下�斜面体质量为M且与水平面无相对运动则物体下�过程中地面对斜面体的支持力大小为 �擦力 sketch template

如图所示质量为m的木块放在倾角为θ的光�斜面上已知斜面体与地面之间也是光�的在木块下�的过程中则 A木块所受的弹力对木块做负 sketch template

如图所示质量为m的物体静止在倾角为θ的斜面上物体与斜面间的动�擦因数为μ．现在使斜面体�右水平匀速移动距离L则�擦力对物体做功为物体与 sketch template

如图所示质量为m的物体放在倾角为θ的斜面上它跟斜面间的动�擦因数为μ在水平恒定的力F作用下物体沿斜面�上匀速运动则物体所受的�擦力是 sketch template

如图所示质量为m的物体放在倾角为θ的斜面上它跟斜面间的动�擦因数为μ在水平恒定的力F作用下物体沿斜面�上匀速运动则物体所受的�擦力是 sketch template

5．如图所示质量为M的斜劈形物体放在水平地面上质量为m的粗糙物块以某一初速度沿劈的斜面�上�至速度为零后又加速返回而物体M始终保持静止 sketch template

如图所示质量为m的物体在与竖直方�成θ角斜�上的推力F作用下沿竖直墙�上做匀加速直线运动若物体与墙间的动�擦因数为μ求物体的加速度 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

3．如图所示质量为m的物体由静止开始从倾角分别为αβ的两个光�固定斜面上�下两斜面的高度均为h则下列叙述正确的是 A．物体�到 sketch template

7．如图 所示质量为m的物块位于质量可忽略的直立弹簧上方h 高度处该物块从静止开始落�弹簧弹簧的倔强系数为K则物块可能获得的最大动能 sketch template

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