一列简谐横波某时刻的波形图如图所示该波以50cms的速度�右传播这列波的�期为 S图中a质点第一次回到平衡位置所需的时间是 S 22 Sketch Coloring Page

一列简谐横波某时刻的波形图如图所示该波以50cms的速度�右传播这列波的�期为 S图中a质点第一次回到平衡位置所需的时间是 S 22 Template

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tomski一列简谐横波某时刻的波形图如图所示该波以50cms的速度�右传播这列波的�期为 s图中a质点第一次回到平衡位置所需的时间是 s coloring

一列简谐横波 某时刻的波形图象如图甲所示 从该时刻开始计时 波上A质点的振动图象如图乙所示 则． A 这列波的波速是25m/s sketch template

一列简谐横波某时刻的波形图如图甲所示 由该时刻开始计时 质点a的振动图像如图乙所示。下列说法正确的是（）出卷� sketch template

4．一列简谐横波沿着x轴正方�传播某一时刻的波形图象如图3所示下列判断不正确的是 A．这列波的波长是8m B．此时刻x =3m处质点正沿y 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PQ两质点的横坐标分别为x=15m和x=45mP点的振动图像如图2所示 在 sketch template

一列简谐横波在时的波形图如图所示。介质中处的质点Р 高途 sketch template

图甲为一列简谐横波在t=0．10s时刻的波形图P是平衡位置为x= 1 M处的质点Q是平衡位置为x= 4 M处的质点图乙为质点Q的振动图象 sketch template

一列简谐横波在某一时刻的波形图如图中左图所示图中PQ两质点的横坐标分别为x＝15 M和x＝45 M．P点的振动图象如右图所示．在下列 sketch template

一列简谐横波某时刻的波形图如图所示该波以50cm/s的速度�右传播这列波的�期为 s图中A质点第一次回到平衡位置所需的时间是 s 22 sketch template

一列简谐横波，沿x轴传播，t1=0和t2=0．25s两个时刻的波形图如图所示， sketch template

5．图甲为一列沿X轴正�传播的简谐横波在某一时刻的波形图图乙为质点P以此时刻为计时起点的振动图象从该时刻起 A．经过035s时质点Q sketch template

位于坐标原点的波源产生一列沿x轴正方�传播的简谐横波在t=0时波源开始振动经01s刚好传播到x=40m处第一次形成如图所示的波形在x sketch template

已知一简谐横波在某一时刻的波形图如图所示图中位于ab两处的质元经过四分之一�期后分别运动到a′b′处某人据此做出如下判断�可知波的 sketch template

一列简谐横波在某时刻的波形图如图中的实线所示经 T=002s后的波形如图中虚线所示则该波的速度v和�率f可能是 A．v为5m/sB sketch template

一列简谐横波沿x轴负方�传播波速v＝4 M/s已知坐标原点x＝0处质点的振动图象如图甲所示在图乙的4幅图中能够正确表示t＝015 sketch template

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图甲为一列简谐波某时刻的波形图图乙是这列波中质点P从此时刻开始的振动图线那么该波的传播速度v和传播方�分别是 A．v=25m/s�左 sketch template

如图所示为一列简谐横波某时刻的波形图波传播的速度为20m/s若以此时刻之后01s开始计时则a点的振动图象应是图中的 A．B．C．D sketch template

一列简谐横波振幅为a沿x轴正方�传播．在t=0与t=08s两时刻x轴上 3m 3m区间内的两波形图正好重合如图所示．则下列说法中正确的 sketch template

一列简谐横波在t=0时的波形图如图所示．介质中x=2m处的质点P沿y轴方�做简谐运动的表达式为y=10sincm．关于这列简谐波下列说法正确 sketch template

3．如图所示为一列简谐横波在某时刻的波形圈已知圈中b位置的质点起振比a位置的质点晓025 sb和c之间的距离是5 M则此列波的波长和 sketch template

一列简谐横波在两个不同时刻的波形如图所示虚线为实线所示的横波在 T=05s后的波形图线1若质点的振动�期T与 T的关系为T＜ T sketch template

AB两列简谐横波均沿x轴正�传播在某时刻的波形分别如图甲乙所示经过时间tt小于A波的�期TA这两列简谐横波的波形分别变为图丙丁 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=02s时刻的波形如图中的虚线所示则 A．质点P在t=02s时刻�下 sketch template

如图所示为一列�左传播的简谐横波在某一瞬时的图象由图可知 A．质点F在该时刻的运动方�朝上B．PQ两质点的运动方�始终相反C．从图示 sketch template

一列简谐横波沿x轴正方�传播t=0时刻的波形如图中的实线所示t=02s时刻的波形如图中的虚线所示则 A．t=02s时刻质点P�右 sketch template

一列简谐横波沿x轴正方�传播振动为At=0时平衡位置在x=0处的质元位于y=0处且�y轴负方�运动此时平衡位置在x=015m处的质 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＝02 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

如图所示是一列简谐横波在某时刻的波形图若此时质元P正处于加速运动过程中则此时 A 质元Q和质元N均处于加速运动过程中 B 质元 sketch template

一列简谐波横波在x轴上传播在某时刻的波形如图所示．已知此时质点F的运动方��下则下列判断正确的是 A．此波沿x轴正方�传播B．质点H sketch template

一列简谐横波在t=0时刻的波形如图中的实线所示t=002s时刻的波形如图中虚线所示．若该波的�期T大于002s则该波的传播速度可能是 sketch template

一列简谐波横波在x轴上传播在某时刻的波形如图所示．已知此时质点F的运动方��下则下列判断正确的是 A．此波沿x轴正方�传播B．质点H sketch template

16．如图所示为两列简谐横波在同一绳上传播时某时刻的波形图质点M的平衡位置为x = 02m则下列说法中正确的是 A．这两列波�生 sketch template

一简谐横波在时刻t=0时的波形图象所示传播方�自左�右已知t2=06s末A点出现第三次波峰试求1该简谐波的�期2该简谐波 sketch template

一列简谐横波在x轴上传播某时刻的波形图如图所示图中每小格代表1mabc为三个质点a正�上运动．由此可知 A．该波沿x轴正方� sketch template

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