4．如图4所示左侧的圆形导电环半径为r＝10 Cm 导电环与一个理想变压器的原线圈相连变压器的副线圈两端与一个电容为c＝100 Pf的 Sketch Coloring Page

4．如图4所示左侧的圆形导电环半径为r＝10 Cm 导电环与一个理想变压器的原线圈相连变压器的副线圈两端与一个电容为c＝100 Pf的 Template

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sketch #1452 donara

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tomski4．如图4所示左侧的圆形导电环半径为r＝10 cm 导电环与一个理想变压器的原线圈相连变压器的副线圈两端与一个电容为c＝100 coloring

如图所示，两个同心的均匀带电球面，内球面半径为R1、带电荷Q1，外球面半径为R2、带电荷Q2 。设无穷远处为电势零点，则在两个球面之间、距离 sketch template

如图所示均匀圆环电阻R0=8欧电压恒定为6伏定值电阻R=1欧．导电�臂OA的电阻不计可以在圆环上无�擦地�动．圆环可以产生的最大电功率 sketch template

如图所示小球在竖直放置的光�圆形管道内做圆�运动内侧壁半径为R小球半径为r则下列说法正确的是 A．小球通过最高点时的最小速度 sketch template

如图所示在xOy平面内有一个圆形区域的直径AB与x轴重合圆心O′的坐标为其半径为a该区域内无磁场．在y轴和直线x=3a之间的其他区域 sketch template

4．如图4所示左侧的圆形导电环半径为r＝10 cm 导电环与一个理想变压器的原线圈相连变压器的副线圈两端与一个电容为C＝100 PF的 sketch template

如图所示在半径为R圆心为O的圆形区域内存在磁场直径MN左侧区域匀强磁场方�垂直纸面�外磁感应强度大小为B1MN右侧区域匀强磁场方� sketch template

4．如图4所示左侧的圆形导电环半径为r＝10 cm 导电环与一个理想变压器的原线圈相连变压器的副线圈两端与一个电容为C＝100 PF的 sketch template

如图4所示某力F =10N作用于半径R =1m的转盘边缘的A点上力F的大小保持不变但方�始终保持与作用点的切线方�一致则转动一�过程 sketch template

如图9所示电源两端的电压为12V且保持不变电阻R1与 R2 的比值是4﹕1当开关S1闭合S2断开时10s内电流通过R1产生的热量是 sketch template

图中所示为一�擦传动装置右轮的半径为ra是它边缘上的一点左侧是一轮轴大轮的半径为3r小轮的半径为2rb点在小轮上到小轮中心的距离 sketch template

如图3所示左侧的圆形导电环半径为r＝10 cm导电环与一个理想变压器的原线圈相连变压器的副线圈两端与一个电容为C＝100 PF的电容器 sketch template

如图所示半径为R的光�圆形轨道竖直固定放置小球m在圆形轨道内侧做圆�运动对于半径R不同的圆形轨道小球m通过轨道最高点时都恰好与轨道间段 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为一皮带传动装置右轮半径为ra为它边缘上一点左侧是一轮轴大轮半径为4r小轮半径为2rb点在小轮上到小轮中心的距离为r sketch template

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．重力不计电荷量一定的带电粒子以速度v正对着圆心O射入磁场若粒子射入射出磁场点间 sketch template

6．如图4所示两圆环AB置于同一水平面上其中A为均匀带电环B为导体环当A以如图所示的方�绕中心转时B中产生如图所示方�的感应电流则 sketch template

题目如图所示半径为R内径很小的光�半圆管置于竖直平面内两个质量均为m的小球AB以不同的速度进入管内A通过最高点C时对管壁上部 sketch template

如图所示为一皮带传动装置右轮的半径为ra是它边缘上的一点左侧是一轮轴大轮的半径是4r小轮的半径为2r．b点在小轮上到小轮中心的距离 sketch template

如图所示A是地球的同步卫星另一卫星B的圆形轨道位于赤道平面内离地面高度为h已知地球半径为R地球自转速度为ω0地球表面的重力加速度为 sketch template

12．如图4所示长为L的轻杆绕光�的水平轴转动一端固定着一个小球小球在竖直平面内做圆�运动设小球在最高点的速度为v则 A．v增大� sketch template

如图所示，电源电压恒为18V，定值电阻R1=20Ω，�动变阻器R2标有“40Ω 05A”，电流表A的量程为006A，电压表量程为0 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

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

6．如图4所示小球在一细绳的牵引下在光�桌面上绕绳的另一端O作匀速圆�运动关于小球的受力情况下列说法中正确的是 A．受重力支持力和� sketch template

如图所示为一皮带传动装置右轮的半径为ra是它边缘上的一点左侧是一轮轴大轮的半径是4r小轮的半径为2r．b点在小轮上到小轮中心的距离 sketch template

物理实验离不开对物理量的测量测量离不开读数．1如图1所示电流表的示数是034 A电压表的示数是135V．2如图2所示电阻箱 sketch template

5．如图3所示细杆的一端与一小球相连可绕过O点的水平轴自由转动现给小球一初速度使它做圆�运动图中ab分别表示小球轨道的最低点和 sketch template

小敏用如图甲所示的电路图研究通过导体的电流与导体电阻的关系电源电压恒为6V改变电阻R的阻值调节�动变阻器�片保持R两端的电压不变记 sketch template

18．如图4所示理想变压器的线圈匝数分别为n1=2200匝n2=600匝n3=3700匝已知交流电表A2示数为05AA3示数为0 sketch template

如图所示的电路中电源的电压保持不变R1为定值电阻R2为�动变阻器闭合开关S�片P�右移动时则A．电流表A的示数变大B．电压表V的示 sketch template

13．如图所示在磁感强度为B的匀强磁场中有半径为r的光�半圆形导体框架OC为一能绕O在框架上�动的导体棒OC之间连一个电阻R导体框架 sketch template

如图所示两个单匝线圈ab的半径分别为r和2r．圆形匀强磁场B的边缘恰好与a线圈重合则穿过ab两线圈的磁通量之比为 A．11B．1 sketch template

两个定值电阻R1、R2并联在电路中如图甲所示它们的电流与其两端的电压关系如图乙所示闭合开关S则R1R2产生的热量之比为 A sketch template

如图8所示MN为水平放置的光�圆盘半径为10m其中心O处有一个小孔穿过小孔的细绳两端各系一小球A和BAB两球的质量相等圆盘上的 sketch template

12．如图4所示匀强磁场的磁感应强度B = 02 T通电直导线与磁场方�垂直导线长度L= M导线中电流I 1 A 该 sketch template

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