16．如图甲所示一弹簧振子在ab间做简谐运动o为平衡位置．如图乙所示是振子做简谐运动的位移 时间图象．下面四个图象中能正确反映振子 Sketch Coloring Page

16．如图甲所示一弹簧振子在ab间做简谐运动o为平衡位置．如图乙所示是振子做简谐运动的位移 时间图象．下面四个图象中能正确反映振子 Template

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sketch #5084 Harry Potter by Enrique L. Manly

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anonymous
sketch #5084 Harry Potter by Enrique L. Manly

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Laura Agapi Asnicar
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anonymous
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sketch #734 ytsfsfsdhgdhgf

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anonymous
sketch #5437 Mikasa from Attack on Titan by Manimarmuthu Muthu

sketch #3897 dolphins playing over the sea

Rachel Christa Ibarrientos
sketch #3897 dolphins playing over the sea

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anonymous
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sketch #4796

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sketch #5182 Inuyasha by Sepp Herberger

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sketch #5182 Inuyasha by Sepp Herberger

sketch #3508 Medusa by Nelly Panambo

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sketch #3508 Medusa by Nelly Panambo

sketch #2554

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anonymous
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sketch #4728 Angry Toad by Geneval Mendes

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sketch #4728 Angry Toad by Geneval Mendes

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anonymous
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sketch #4653 Kero by Indike Liyanage

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sketch #4653 Kero by Indike Liyanage

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anonymous
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sketch #937

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anonymous
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sketch #4661 Woodpecker by Hsien-Ying Hsieh

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sketch #4661 Woodpecker by Hsien-Ying Hsieh

sketch #3455 Enya by Georai Shahar

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sketch #3455 Enya by Georai Shahar

sketch #5184 Walter White by Abdul Ghony

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sketch #5184 Walter White by Abdul Ghony

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anonymous
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sketch #5079 SketchToy Pencil by Sarah Prieto

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sketch #5079 SketchToy Pencil by Sarah Prieto

sketch #4766 The Little Mermaid by Zizou Aiman

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sketch #4766 The Little Mermaid by Zizou Aiman

sketch #2723 by Sam Torres

Sam Torres
sketch #2723 by Sam Torres

sketch #921 comics ufo

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anonymous
sketch #921 comics ufo

sketch #3699 Dragon by Ana Cecilia

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sketch #3699 Dragon by Ana Cecilia

sketch #2678 Portrait by Jocelyn Alejandra Rantul

Jocelyn Alejandra Rantul
sketch #2678 Portrait by Jocelyn Alejandra Rantul

sketch #3753

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anonymous
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sketch #4887 Jessica Rabbit by Garima Taneja

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sketch #4887 Jessica Rabbit by Garima Taneja

sketch #5072

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anonymous
sketch #5072

tomski16．如图甲所示一弹簧振子在ab间做简谐运动o为平衡位置．如图乙所示是振子做简谐运动的位移 时间图象．下面四个图象中能正确反映振子 coloring

如图所示水平方�上有一弹簧振子 O点是其平衡位置振子在a和b之间做简谐运动关于振子下列说法正确的是 A．在a点时加速度最大速度最大 sketch template

如图甲所示，悬挂在竖直方�上的弹簧振子，在C、D两点之间做简谐运动，O点为平衡位置。振子到达D点开始计时。以竖直�下为正方�，在一个�期内的 sketch template

如图甲所示，弹簧振子以点为平衡位置，在、两点之间做 高途 sketch template

16．如图甲所示一弹簧振子在AB间做简谐运动O为平衡位置．如图乙所示是振子做简谐运动的位移 时间图象．下面四个图象中能正确反映振子 sketch template

题目如图甲所示一轻质弹簧的下端固定在水平面上上端叠放两个质量均为M的物体ABB物体与弹簧连接AB两物体均可视为质点弹簧的劲 sketch template

如图所示放在光�水平面上弹簧振子振子质量为m振子以O为平衡位置在B和C之间振动设振子经平衡位置时的速率为v则它在由O→B→O→C的 sketch template

如图甲所示，劲度系数为 的轻弹簧竖直固定在水平面上高途 sketch template

百度教育 sketch template

如图所示放在光�水平面上弹簧振子振子质量为m振子以O为平衡位置在B和C之间振动设振子经平衡位置时的速率为v则它在由O→B→O→C的 sketch template

百度教育 sketch template

如图甲所示，轻弹簧竖直固定在水平面上，一质量为的小高途 sketch template

如图所示一轻弹簧与质量为m的物体组成的弹簧振子物体在同一条竖直线上的AB间作简谐运动O为平衡位置C为AO的中点已知OC=h振子的 sketch template

如图所示一轻弹簧一端固定另一端连接一物块构成弹簧振子该物块是由ab两个小物块粘在一起组成的．物块在光�水平面上左右振动振幅为A0 sketch template

百度教育 sketch template

如图所示一轻质弹簧的下端固定在水平面上上端叠放着两个质量均为M的物体AB弹簧的劲度系数为k初始时物体处于静止状态．现用竖直�上的 sketch template

16．如图所示左边是探究某根弹簧的伸长量x与所受拉力F之间关系的实验图根据实验数据得到右边图线 �写出图线代表的函数 X用m做单位 sketch template

百度教育 sketch template

弹簧振子做简谐运动其位移x与时间t的关系如图所示由图可知A．在t＝1 S时速度为负�最大加速度为零 B．在t＝2 S时位移为正�最大 sketch template

如图甲所示质量不计的弹簧竖直固定在水平面上t=0时刻将一�属小球从弹簧正上方某一高度处由静止释放小球落到弹簧上压缩弹簧到最低点 sketch template

如图甲所示小球从某高度处静止下落到竖直放置的轻弹簧上并压缩弹簧．从小球刚接触到弹簧到将弹簧压缩至最短的过程中得到小球的速度v和弹簧被压缩的 sketch template

3．如图甲所示一个弹簧振子在AB间做简谐运动是平衡位置把�右的方�选为正方�以某时刻作为计时零点=0经过l／4�期振子具有正 sketch template

21．如图甲所示一根轻弹簧竖直立在水平地面上下端固定一物块从高处自由落下落到弹簧上端将弹簧压缩至最低点能正确反映上述过程中物块的 sketch template

如图甲所示轻弹簧竖直固定在水平面上一质量为m=0．2kg的小球从弹簧上端某高度处自由下落从它接触弹簧到弹簧压缩至最短的过程中其速度v sketch template

如图甲所示，水平桌面上放置一圆筒，筒内装有适量的水。弹簧测力计下悬挂一圆柱体，从液面逐渐浸入直到浸没，弹簧测力计示数F与圆柱体下表面浸入液体 sketch template

如图所示一轻弹簧下端固定在水平面上上端与质量为m的物体拴接组成竖直方�的弹簧振子物体在同一条竖直线上的AB间做简谐运动O为平衡位置 sketch template

如图甲所示两个人用两个弹簧测力计同时竖直�上拉起下端固定的弹簧S乙图中一个人用一个弹簧测力计竖直�上拉弹簧S也使它的上端到达位置A sketch template

某同学利用如图甲所示装置做“探究弹力和弹簧伸长的关高途 sketch template

一竖直轻弹簧下端同定在水平地面上一质量为m的小球静置于上端但不栓接现施力F将小球下压至A静止如图甲所示．然后突然撤去压力F小球在竖直 sketch template

如图所示一轻弹簧的左端固定右端与一小球相连小球处于光�水平面上现对小球施加一个方�水平�右的恒力F使小球从静止开始运动．则小球在�右 sketch template

10．如图所示 一轻质弹簧竖直放置下端固定在水平面上上端处于a 位置当一重球放在弹簧上端静止时 弹簧上端被压缩到b位置现将重球 sketch template

如图甲所示轻杆一端固定在O点另一端固定一小球现让小球在竖直平面内做半径为R的圆�运动小球运动到最高点时杆与小球间弹力大小为F小球在 sketch template

题目如图甲所示ab两个�属圆环通过导线相连构成回路在a环中加垂直于环面的匀强磁场磁场的磁感应强度随时间变化的规律如图乙所示磁感应 sketch template

如图甲所示，倾角为的光�固定斜面顶端连接一劲度系数高途 sketch template

如图甲所示轻杆一端与一小球相连另一端连在光�固定轴上可在竖直平面内自由转动．现使小球在竖直平面内做圆�运动到达某一位置开始计时取水平 sketch template

如图所示在倾角为θ的光�斜面上有一轻质弹簧其一端固定在斜面下端的挡板上另一端与质量为m的物体接触物体静止时弹簧被压缩了x0．现用力F sketch template

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