如图所示，两无限长二维平行平板，上板以速度w作等速运动，其间充满粘度为u1，u2的液体，若两种液体不互混，层流、流场中各点的应力相同，不计重力 Sketch Coloring Page

如图所示，两无限长二维平行平板，上板以速度w作等速运动，其间充满粘度为u1，u2的液体，若两种液体不互混，层流、流场中各点的应力相同，不计重力 Template

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tomski如图所示，两无限长二维平行平板，上板以速度w作等速运动，其间充满粘度为u1，u2的液体，若两种液体不互混，层流、流场中各点的应力相同，不计重力 coloring

如图所示，两无限长二维平行平板，上板以速度w作等速运动，其间充满粘度为u1，u2的液体，若两种液体不互混，层流、流场中各点的应力相同，不计重力 sketch template

如题图所示，在两平行载流的无限长直导线的平面内有一矩形线圈．大学搜题酱 sketch template

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如图所示，两个“无限长”的半径分别为和的共轴圆柱面，均匀带电，沿轴线方�单位长度上的带电量分别为和，则在外圆柱面外面、距离轴线为r处的P点的 sketch template

如图所示，两无限长二维平行平板，上板以速度w作等速运动，其间充满粘度为u1，u2的液体，若两种液体不互混，层流、流场中各点的应力相同，不计重力 sketch template

如图所示，两无限长二维平行平板，上板以速度w作等速运动，其间充满粘度为u1，u2的液体，若两种液体不互混，层流、流场中各点的应力相同，不计重力 sketch template

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如图所示两根平行放置的长直导线a和b通以大小相同方�相反的电流a受到磁场力的大小为F1当加入一与导线所在平面垂直的匀强磁场后a受的 sketch template

如图所示两根相互平行的长直导线分别通有方�相反的电流 I1和I2且I1＞I2M为导线某一横截面所在平面内的一点且M点到两导线的距离相等 sketch template

如图所示两根足够长的平行光��属轨道和水平面成α角上端接有电阻R空间有垂直于轨道平面的匀强磁场磁感应强度为B．质量为m的水平�属杆从 sketch template

如图所示两根完全相同的光��属导轨OPOQ固定在水平桌面上导轨间的夹角为θ=74°．导轨所在空间有垂直于桌面�下的匀强磁场磁感应强度 sketch template

如图甲所示两水平放置的平行�属板CD相距很�上面分别开有小孔O和水平放置的平行�属导轨PQ与�属板CD接触良好且导轨在磁感应 sketch template

5．如图所示两物体与水平面间的动�擦因数相同它们 的质量相等在甲图用力F1推物体在乙图用力F2拉物体两种情况下物体都做匀速运动 sketch template

如图所示两根垂直纸面平行放置的直导线M和N通有大小相等方�相反的电流I在纸面上与MN距离相等的一点P处MN导线产生的磁场的磁感应 sketch template

如图所示两平面镜垂直放置某光线PA以入射角α入射到镜面M上经平面镜M和N两次反射后反射光线BQ与PA平行．现将两平面镜以过O点且垂直于 sketch template

如图所示两物体处于静止状态它们的质量m1=2m2它们与水平间的动�擦因数分别为μ1μ2且μ2=2μ1开始它们之间被细绳连接并夹一 sketch template

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