2．如图所示边界mn与pq平行其间有垂直纸面�里的匀强磁场矩形导线框框面与磁场方�垂直其边与边界mn平行若导线框以垂直边界的速度匀速 Sketch Coloring Page

2．如图所示边界mn与pq平行其间有垂直纸面�里的匀强磁场矩形导线框框面与磁场方�垂直其边与边界mn平行若导线框以垂直边界的速度匀速 Template

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tomski2．如图所示边界mn与pq平行其间有垂直纸面�里的匀强磁场矩形导线框框面与磁场方�垂直其边与边界mn平行若导线框以垂直边界的速度匀速 coloring

题目如图甲所示MNPQ为间距L=05m足够长的平行导轨NQ⊥MN导轨的电阻均不计．导轨平面与水平面间的夹角θ=37°NQ间连接 sketch template

如图甲所示MNPQ为间距L=05m足够长的平行导轨NQ⊥MN导轨的电阻均不计导轨平面与水平面间的夹角θ=37°NQ间连接有一个R sketch template

如图所示边界MN与PQ平行其间有垂直纸面�里的匀强磁场矩形导线框框面与磁场方�垂直其边abcd与边界MN平行若导线框以垂直边界的 sketch template

题目如图甲所示 MN与PQ为光�的平行导轨导轨间距为l导轨的上部分水平放置下部分倾斜放置且与水平面的夹角为θ导轨足够长两条导轨 sketch template

如图甲所示MNPQ为间距L=05m足够长的平行导轨NQ⊥MN导轨的电阻均不计导轨平面与水平面间的夹角θ=37°NQ间连接有一个R sketch template

题目如图1所示光�平行�属导轨MNPQ所在平面与水平面成θ角MP两端接有阻值为R的定值电阻．阻值为r的�属棒ab垂直导轨放置其它 sketch template

如图所示，间距为L=1m足够长的光�平行导轨PQ、MN固定在绝缘水平桌面上，导轨左端接有阻值R=4Ω的定值电阻，质量为m=1kg的导体棒ab sketch template

水平方�的匀强磁场的上下边界分别是MNPQ磁场宽度为L一个边长为a的正方形导线框L&gt2a从磁场上方下落运动过程中上下两边始终与磁场 sketch template

水平方�的匀强磁场的上下边界分别是MNPQ磁场宽度为L一个边长为a的正方形导线框L&gt2a从磁场上方下落运动过程中上下两边始终与磁场 sketch template

如图所示边界MN上方存在区域足够大方�垂直纸面�里的匀强磁场有两个质量和电荷量均相同的正负离子从O点以相同的速率射入磁场中射入方� sketch template

如图所示MNPQ是两条水平平行放置的光��属导轨导轨的右端接理想变压器的原线圈变压器的副线圈与电阻R＝20Ω组成闭合回路变压器的原副 sketch template

题目如图所示MN和PQ是两根互相平行竖直放置的光��属导轨已知导轨足够长且电阻不计ab是一根与导轨垂直且始终与导轨接触良好的�属杆 sketch template

如图所示PQRS为一矩形导线框边PS水平放置且PS=2PQ．它以恒定的水平速度�右进入以MN为边界足够大的匀强磁场中磁场方�垂直线框 sketch template

如图所示为垂直纸面�里的宽度为D磁感应强度为B的匀强磁场它的左侧与右侧的边界分别为MNPQ现有一束质量为m带电量为q的正离子以大小 sketch template

一轮复习：带电粒子在匀强磁场中的运动时间知乎 sketch template

如图所示RQRS为一正方形导线框它以恒定速度�右进入以MN为边界的匀强磁场磁场方�垂直线框平面MN线与线框的边成45°角EF分别为 sketch template

如图所示，水平直线边界的上方空间内有方�垂直纸面� 高途 sketch template

如图所示PQRS为一正方形导线框它以恒定的速度�右进入以MN为边界的匀强磁场磁场方�垂直线圈平面MN线与线框的边成450角．EF分别 sketch template

2．如图所示边界MN与PQ平行其间有垂直纸面�里的匀强磁场矩形导线框框面与磁场方�垂直其边与边界MN平行若导线框以垂直边界的速度匀速 sketch template

如图甲所示两足够长的平行导轨间距为L=04m导轨上端连接一阻值为R=02Ω的电阻导轨平面与水平面的夹角为θ=37°导轨所在空间以 sketch template

如图所示MN与PQ为足够长的光��属导轨相距L=05米导轨与水平方�成=30°放置匀强磁场的磁感应强度B=04特方�与导轨平面 sketch template

$如图所示竖直平行线MNPQ间距离为a其间存在垂直纸面�里的匀强磁场磁感应强度为BMN上O处的粒子源能沿不同方�释放比荷为$frac sketch template$

如图所示平行�属导轨MN和PQ与水平面成θ角导轨两端各与阻值均为R的固定电阻R1和R2相连匀强磁场垂直穿过导轨平面．质量为m电阻为R sketch template

如图所示足够长的光��属导轨MNPQ平行放置且都倾斜着与水平面成夹角θ．在导轨的最上端MP之间接有电阻R不计其它电阻．导体棒ab从 sketch template

如图所示足够长的光��属导轨MNPQ平行放置且都倾斜着与水平面成夹角θ．在导轨的最上端MP之间接有电阻R不计其它电阻．导体棒ab从 sketch template

24． 如图所示K与虚线MN之间是加速电场虚线MN与PQ之间是匀强电场虚线PQ与荧光屏之间是匀强磁场且MNPQ与荧光屏三者相互平行 sketch template

如图所示MNPQ为相距L＝02 M的光�平行导轨导轨平面与水平面夹角为θ＝30°导轨处于磁感应强度为B＝1 T方�垂直于导轨平面 sketch template

25．如图所示两根不计电阻的�属导线MN与PQ放在与水平面成30°角的斜面上MN是直导线PQ的PQ1段是直导线Q1Q2段是弧形导线 sketch template

如图所示两足够长的光�平行固定�属导轨与水平面的夹角为匀强磁场与导轨平面垂直一质量为m有效电阻为R的导体棒在距磁场上边界处静止释放 sketch template

题目如图所示空间有相互平行相距和宽度也都为L的III两区域III区域内有垂直于纸面的匀强磁场I区域磁场�内磁感应强度为B0 sketch template

如图甲所示在水平桌面上放置边长L=020m的正方形闭合�属线圈abcd线圈的匝数n=10匝质量m=010kg总电阻R=010Ω sketch template

如图所示矩形单匝导线框abcd竖直放置其下方有一磁感应强度为B的匀强磁场区域该区域的上边界水平并与线框的ad边平行磁场方�与线框平面 sketch template

如图1所示两电子沿MN方�射入两平行直线间的k^s5u匀强磁场并分别以的k^s5u速度射出磁场则是多�两电子通过匀强磁场所需时间之 sketch template

如图所示一导线弯成半径为a的半圆形闭合回路．虚线MN右侧有磁感应强度为B的匀强磁场．方�垂直于回路所在的平面．回路以速度v�右匀速进入磁场 sketch template

如图1所示两电子沿MN方�射入两平行直线间的k^s5u匀强磁场并分别以的k^s5u速度射出磁场则是多�两电子通过匀强磁场所需时间之 sketch template

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