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一列简谐横波沿x轴负方�传播波速为v=4ms．已知坐标原点x=0处质点的振动图象如图所示a在下列4幅图中能够正确表示t=0 Template






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sketch 5183
sketch 3344 Homer by Samuel Roberto
sketch 4883 White tiger by Kayson Danielle
sketch 3637
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sketch 1328
sketch 2082 mash
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sketch 3532 Angel by Geneval Mendes
sketch 4751 Ruko by Rodrigo Marcos
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tomski一列简谐横波沿x轴负方�传播波速为v=4ms．已知坐标原点x=0处质点的振动图象如图所示a在下列4幅图中能够正确表示t=0 coloring
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一列简谐横波沿x轴负方传播波速为v=4m/s．已知坐标原点x=0处质点的振动图象如图所示a在下列4幅图中能够正确表示t=0 sketch template
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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
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一列沿x轴传播的简谐横波某时刻的波形图象如图甲所示．若从此时刻开始计时则图乙表示abcd中哪个质点的振动图象 A．若波沿x轴正方 sketch template
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百度教育 sketch template
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右图示为一列沿x轴负方传播的简谐横波实线为t＝0时刻的波形图虚线为t＝06 S时的波形图波的期T>06 S则 A．波的 sketch template
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题目一列简谐横波沿x轴传播甲图为t=0时刻的波动图象乙图为质点P的振动图象则下列判断正确的是 A该波沿x轴正方传播B该波的传播 sketch template
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图示为一列沿x轴负方传播的简谐横波实线为t=0时刻的波形图虚线为t=06s时的波形图波的期T＞06s则A．波的期为2 sketch template
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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>0 sketch template
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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
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9． 简谐横波a沿x轴正方传播简谐横波b沿x轴负方传播波速都是10m/s振动方都平行于y轴t = 0时刻这两列波的波形如图甲所 sketch template
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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＝015 sketch template
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一列简谐横波沿x轴正方传播振动为At=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=015m处的质 sketch template
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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01s刚好传播到x=40m处第一次形成如图所示的波形在x sketch template
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一列简谐横波某时刻的图象如图甲所示从该时刻开始计时A质点的振动图象如图乙所示以下说法正确的是 A．这列波沿x轴正传播 B．这列——青 sketch template
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一简谐横波以4m/s的波速沿x轴正方传播已知t=0时的波形如图所示则 A．波的期为1s B．x=0处的质点在t=0时y轴负运动 C sketch template
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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a所示在下列4幅图中能够正确表示t=015 S sketch template
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9． 简谐横波a沿x轴正方传播简谐横波b沿x轴负方传播波速都是10m/s振动方都平行于y轴t = 0时刻这两列波的波形如图甲所 sketch template
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图示为一列在均匀介质中沿x轴正方传播的简谐横波在某时刻的波形图波速为2 M/s则 A．质点P此时刻的振动方沿y轴负方 B．P点的振幅 sketch template
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7．图示为一列在均匀介质中沿x轴正方传播的简 谐横波在某时刻的波形图波速为2 M/s则 A．质点P此时刻的振动方沿y轴负方 B．P点 sketch template
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一列简谐横波某时刻的图象如图甲所示从该时刻开始计时A质点的振动图象如图乙所示以下说法正确的是 A．这列波沿x轴正传播 B．这列——青 sketch template
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右图中实线是沿x轴传播的一列简谐横波在t=0时刻的波形图虚线是这列波在t=005s时刻的波形图已知该波的波速是80cm/s则下列说法中 sketch template
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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
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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=02s时刻的波形如图中的虚线所示则 A．t=02s时刻质点P右 sketch template
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下图中实线是沿x轴传播的一列简谐横波在t=0时刻的波形图虚线是这列波在t=0．05s时刻的波形图已知该波的波速是80 Cm/s则下列说法 sketch template
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如图所示为一列简谐横波t时刻的图象波速为02 M/s 则以下结论正确的是A．振源的振动期为04 SB．该波在传播中遇到1 M的障碍 sketch template
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简谐横波某时刻波形图如图所示a为介质中的一个质点由图象可知 A质点a加速度方一定沿y轴负方B质点a的速度方一定沿y轴负方C sketch template
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如图所示实线是沿x轴传播的一列简谐横波在t=0时刻的波形图质点P恰在平衡位置虚线是这列波在t=02s时刻的波形图．已知该波的波速是0 sketch template
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一简谐横波沿x轴正传播t＝0时刻的波形如图 A所示x＝030 M处的质点的振动图线如图b所示该质点在t＝0时刻的运动方沿y sketch template
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由波的图像分析质点的振动情况 例4 一列简谐横波沿x轴传播期为Tt=0时刻的波形如图所示此时平衡位置位于x=3m处的质点正在上运动 sketch template
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一列简谐横波在弹性介质中沿x轴正方传播波源位于坐标原点Ot=0时开始振动3s时停止振动35s时的波形如图所示其中质点a的平衡位置 sketch template
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一列简谐横波振幅为a沿x轴正方传播．在t=0与t=08s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
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一列波沿x轴正方传播的简谐波在t=0时刻的波形图如图所示已知这列波在P出现两次波峰的最短时间是04 S求1这列波的波速是多 sketch template
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一列沿x轴方传播的简谐波处在x1=4m和x2=16m的两质点AB的振动图象如图实线和虚线所示已知该波的波长大于12m由此可知 A sketch template
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一列简谐横波在x轴上传播．已知x=12cm处质点的振动图线如图甲x=18cm处质点的振动图线如图乙．根据这两质点的振动图线判断下列表述正确 sketch template
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一列简谐横波沿x轴正方传播振动为At=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=015m处的质 sketch template