8．如图所示为一弹簧振子作简谐运动的振动图象根据图象可以判断 A．从t1时刻到t3时刻振子经过的路程为2a b．t2时刻和t3时刻振子的速度 Sketch Coloring Page

8．如图所示为一弹簧振子作简谐运动的振动图象根据图象可以判断 A．从t1时刻到t3时刻振子经过的路程为2a b．t2时刻和t3时刻振子的速度 Template

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anonymous

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anonymous

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anonymous

anonymous
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anonymous

anonymous
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sketch #5202 The Woman by Céline Chalois

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anonymous
sketch #5202 The Woman by Céline Chalois

sketch #2087 zay lin

Zay Lin
sketch #2087 zay lin

sketch #4868 Pokemons! by Ammed Hjb

anonymous

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sketch #4868 Pokemons! by Ammed Hjb

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anonymous

anonymous
sketch #3362 The Boss by David Torre

sketch #5232 Avril by Teresa Temacha

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anonymous
sketch #5232 Avril by Teresa Temacha

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anonymous
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anonymous

anonymous
sketch #5128 Italo Italo Abreu Jack Supple

sketch #3064

anonymous

anonymous
sketch #3064

sketch #779 Gol D Roger

Benjo Arellano
sketch #779 Gol D Roger

sketch #5325

anonymous

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sketch #3372 Erza by Konstantin Kuznetsov

anonymous

anonymous
sketch #3372 Erza by Konstantin Kuznetsov

sketch #380

anonymous

anonymous
sketch #380

sketch #2340

anonymous

anonymous
sketch #2340

sketch #5151

anonymous

anonymous
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sketch #5219 Zayn Malik by Amila Madhushanaka

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anonymous
sketch #5219 Zayn Malik by Amila Madhushanaka

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anonymous

anonymous
sketch #4751 Ruko by Rodrigo Marcos

sketch #4766 The Little Mermaid by Zizou Aiman

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anonymous
sketch #4766 The Little Mermaid by Zizou Aiman

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anonymous
sketch #5270 Fresh prince by Fatér Szilvia

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anonymous

anonymous
sketch #3236 Sunset by Aaron Bahary

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anonymous
sketch #4386 Freddie Mercury by Павел Павлов

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sketch #5185

anonymous

anonymous
sketch #5185

tomski8．如图所示为一弹簧振子作简谐运动的振动图象根据图象可以判断 a．从t1时刻到t3时刻振子经过的路程为2a b．t2时刻和t3时刻振子的速度 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，弹簧振子以点为平衡位置，在、两点之间做高途 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1所示一根轻质弹簧上端固定在天花板上下端挂一小球弹簧处于原长时小球位于O点．将小球从O点由静止释放小球沿竖直方�在OP之间做往复 sketch template

9．如图所示四个完全相同的轻弹簧都处于水平位置它们的右端受到大小均为F的作用而左端情况各不相同 �中弹簧的左端固定在墙上�中弹簧的 sketch template

8．一个水平放置的弹簧振子在AB两点间做简谐运动O为振子的平衡位置如图所示．设水平�右的方�为正方�以某一时刻作计时起点经1/4�期 sketch template

如图所示，是探究某根弹簧的伸长量x与所受拉力F之间的关系图，由图可知，弹簧的劲度系数是 N/m，当弹簧受F 2=800N的拉力作用时，弹簧伸长 sketch template

如图所示把能在绝缘光�水平面上做简谐运动的弹簧振子放在水平�右的匀强电场中小球在O点时弹簧处于原长AB为关于O对称的两个位置现在使 sketch template

如图1 2所示弹簧振子以O点为平衡位置在AB间作简谐运动AB间距为10cm．振子从O点运动到P点历时02s经A点再回到P点又 sketch template

9．如图所示一轻弹簧上端悬于顶壁下端挂一物体在AB之间作简谐运动其中O点为它的平衡位置物体在A时弹簧处于自然状态若vxFa sketch template

小球从高处下落到竖直放置的轻弹簧上在刚接触轻弹簧的瞬间速度为5m/s．将弹簧压缩到最短的整个过程中小球的速度≤和弹簧缩短的长度 L之间的 sketch template

8．如图所示弹簧振子在振动过程中振子经ab两点的速度相同若它从a到b历时02s从b再回到a的最短时间为04s则该振子的振动�率 sketch template

如图所示一个弹簧振子在AB两点之间作简谐运动某时刻物体正经过C点�上运动速度大小为vC已知OC=a物体的质量为m振动�期为T则从此 sketch template

百度教育 sketch template

8．如图所示为一弹簧振子作简谐运动的振动图象根据图象可以判断 A．从t1时刻到t3时刻振子经过的路程为2A B．t2时刻和t3时刻振子的速度 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

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

如图所示一弹簧振子在光�水平面内做简谐振动O为平衡位置AB为最大位移处测得振子由A点从静止开始振动到第二次经过平衡位置所用时间为t秒 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

如图所示一弹簧振子在BC间做简谐运动O为平衡位置BC间距离为10cm从B运动到C的最短时间为1s下列说法正确的是 A．从B到C sketch template

如图所示，一小球在竖直平面内沿逆时针方�做匀速圆�运动，一束水平方�的平行光照在小球上，在竖直平面上生成了小球的投影，投影以为中心、在A、B间 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接触弹簧并将弹簧压缩至最低点然后又 sketch template

如图所示一轻质弹簧一端固定另一端与物体A相连并使A在光�水平面上做简谐运动．当A到达最大位移处时把物块B由静止放置在A上面此后AB一 sketch template

在水平面上一轻质弹簧竖直放置在它正上方一物体自由落下如图所示在物体压缩弹簧速度减为零的过程中 A．物体的动能不断减小B．物体所受的 sketch template

5．如图2所示为一弹簧振子在水平面做简谐运动的位移一时间图象则此振动系统 A在t1和t3时刻具有相同的动能和速度 B在t3和t4 sketch template

如图所示一竖直放置的轻弹簧下端固定在水平地面上质量为m的小球从弹簧正上方高为h处自由下落到弹簧上端A然后压缩弹簧到最低点C若小球放在 sketch template

如图所示为一弹簧振子做简谐运动的振动图象根据图象可以判断 A．tl时刻和t2时刻振子位移大小相等方�相同且t2 t1一定等于T sketch template

如图所示为一个竖直放置的弹簧振子物体沿竖直方�在AB之间做简谐运动O点为平衡位置A点位置恰好为弹簧的原长物体由C点运动到D点的过程中 sketch template

10．如图所示一根劲度系数为k轻弹簧竖直直立在水平面上下端固定在弹簧正上方有一个质量为m的物块距弹簧的上端高h处自由下落将弹簧压缩．当 sketch template

8．如图所示在铁架台上用弹簧测力计挂住一个实心铁球在圆盘测力计的托板上放一烧杯水先分别读出两测力计的示数再把小球浸没在水中这时 sketch template

如图所示为一轻质弹簧的长度L与弹力F的关系图线试由图线确定弹簧的劲度系数为 弹簧伸长15 Cm时弹力的大小为 A．100N/m sketch template

如图所示一轻质弹簧左端固定在A点自然状态时其右端位于O点．水平面右侧有一竖直光�圆形轨道在C点与水平面平�连接圆心O′半径R=0 sketch template

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