18．如图所示实线为某时刻的波形图虚线是02s后的波形图． 1若波�左传播请在实线波形图上标出此时刻图中p点的振动方� 2若 Sketch Coloring Page

18．如图所示实线为某时刻的波形图虚线是02s后的波形图． 1若波�左传播请在实线波形图上标出此时刻图中p点的振动方� 2若 Template

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tomski18．如图所示实线为某时刻的波形图虚线是02s后的波形图． 1若波�左传播请在实线波形图上标出此时刻图中p点的振动方� 2若 coloring

21．一列横波的波形如图18所示实线表示t1=0时刻的波形图虚线表示t2=0005s时刻的波形图求 1若2T> T2 T1&gtT sketch template

如图所示实线和虚线分别为某种波在t时刻和t Δt时刻的波形曲线B和C是横坐标分别为d和3d的两个质点下列说法中正确的是C A．任一 sketch template

三相电压波形图虚线三相波形图虚线三相电压波形图第3页大山谷图库 sketch template

S1和S2是相干波源它们�出的两列波在空间相遇�生干涉如图所示实线表示波峰虚线表示波谷则 A．振动加强的点有abcd四点B sketch template

如图12 3 9所示已知一列横波沿x轴传播实线和虚线分别是t1时刻和t2时刻的图象已知t2=t1 S振动�期为05 S则波的 sketch template

如图7 2 18所示 一列横波在t1和t2时刻的波形分别如图中的实线和虚线所示已知波在介质中的传播速度是2 M/s �若t2 T1=1 sketch template

薄铝板将同一匀强磁场分成ⅠⅡ两个区域高速带电粒子可穿过铝板一次在两个区域运动的轨迹如图半径R1＞R2假定穿过铝板前后粒子电量保持不变 sketch template

如图所示质量分别为m1m2的AB两物体用轻质弹簧连接起来放在光�水平桌面上．现用水平力�右拉B当达到稳定状态时它们共同运动的加速度 sketch template

一列简谐横波沿x轴正方�传播，t=0时刻的波形如图中实线所示，t=01s时刻的波形如图中虚线所示。波源不在坐标原点O，P是传播介质中离坐标 sketch template

三相波形图虚线三相电压波形图虚线三相波形图 大山谷图库 sketch template

如图所示为某时刻两列�率与振动情况振幅均相同的波的干涉图样实线表示波峰虚线表示波谷下列描述正确的是AA点是振动加强点在整个干涉过程 sketch template

题目如图所示在磁感应强度为B方�竖直�下的匀强磁场中水平放置两条平行长直导轨MN导轨间距为L导轨左端接一电阻R�属杆ab垂直 sketch template

如图所示实线是某时刻的波形图线虚线是02s后的波形图线．1若波�左传播求它传播的最小距离2若波�右传播求它的最大�期3 sketch template

三相电压波形图虚线三相波形图虚线三相电压波形图第8页大山谷图库 sketch template

如图所示某列波在他t=0时刻的波形如图中实线虚线为t=03s时刻的波形图．已知t=0时刻质点P平衡位置的坐标为xp=36m正在做 sketch template

简谐振动波形图简谐振动动图简谐振动模型大山谷图库 sketch template

如图所示显微镜中常用一种静电透镜它可以把带电粒子聚集在中心轴上某点．其中K为平板电极G为中央带圆孔的另一平行�属板图中实线为两板附�等 sketch template

如图6所示位于同一水平面内的两根平行的光��属导轨处在匀强磁场中磁场方�垂直于导轨所在平面导轨的一端与一电阻相连具有一定质量的�属杆 sketch template

题目如图甲所示绷紧的水平传送带始终以恒定速率v1运行初速度大小为v2的小物块从与传送带等高的光�水平面上的A处�上传送带若从小物块� sketch template

如图所示实线是某时刻的波形图线虚线是02s后的波形图线．1若波�左传播求它传播的最小距离2若波�右传播求它的最大�期3 sketch template

如图所示一列简谐横波沿x轴传播实线为t1=0时的波形图此时P质点�y轴负方�运动虚线为t2=0 01 S时的波形图已知�期T&gt0 sketch template

试卷预览：虹口区2017学年高考模拟 sketch template

如图所示实线是某时刻的波形图象虚线是02s后的波形图 1若波�右传播则波传播的速度可能值是多� 2若波�左传播则波传播的 sketch template

3．20．一列简谐横波在某一时刻的波形图如图1所示图中PQ两质点的横坐标分别为x=15m和x=45mP点的振动图像如图2所示 在 sketch template

1．如图所示图线表示一列简谐波在沿x轴传播时的波形图若以图示时刻为计时起点那么下面的y T图线应表示的是 A当这列波沿x轴正方�传播时 sketch template

如图所示虚线和实线分别为一列简谐横波上两质点PQ的振动图象两质点相距30m则1若P质点离波源�则波速多大2若Q质点离波源� sketch template

5．如图所示为两列沿绳传播的虚线表示甲波实现表示乙波简谐横波在某时刻的波形图M为绳上x=0．2m处的质点则下列说法中正确的是 sketch template

23．如图所示实线为t = 0时刻的波动图线虚线t′ ＝ 01 S时刻的波形图线求这列波的波速——青夏教育精英家教�—— sketch template

题目如图所示实线为一正点电荷的电场线虚线为其等势面．AB是同一等势面上的两点C为另一等势面上的一点下列判断正确的是 AA点 sketch template

一列沿x轴方�传播的简谐横波t＝0时刻的波形如图中实线所示t＝02 S时刻的波形为图中虚线所示则 A．波的传播方�一定�右 B．波的 sketch template

题目如图所示为一横截面为直角三角形的玻璃棱镜ABC其中∠A＝30°D点在AC边上AD间距为LAB＝一条光线平行于AB边从D点 sketch template

如图所示实线表示某一时刻两个相干波源S1S2�出的波的波峰位置 虚线表示波谷位置则图中ab两点再经过半个�期时其中 点为振动减弱 sketch template

如图所示实线为一列沿x轴正方�传播的简谐横波在t=0时刻的波形虚线是该波在t=020s时刻的波形则此列波的�期可能 A0 sketch template

题目如图所示的U I图象中直线Ⅰ为某电源的路端电压与电流的关系图线直线Ⅱ为某一电阻R的U I图线用该电源直接与电阻R连接成闭合电路 sketch template

如图所示虚线和实线分别为一列简谐横波上两质点PQ的振动图象两质点相距30m则1若P质点离波源�则波速多大2若Q质点离波源� sketch template

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