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 Coloring Page

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 Template

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tomski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 coloring

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

质量的小球用轻质弹簧竖直悬挂，如图甲所示，把小球� 高途 sketch template

甲、乙为竖直悬挂的两个弹簧振子，且悬挂振子的弹簧劲度系数相同，已知 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，悬挂甲物体的细线拴牢在一不可伸长的轻质细绳上O点处；绳的一端固定在墙上，另一端通过光�定�轮与物体乙相连。系统平衡时，O点两侧绳与竖直 sketch template

如图所示，用三根轻绳将质量为m的物块悬挂在空中。已知ac和bc与竖直方�的夹角分别为30°和60°，重力加速度为g。请选择合适的研究对象，画出 sketch template

小明同学用如图甲所示的装置进行实验，在弹簧下端悬挂不同质量的钩码，记录弹簧在不同拉力F作用下的长度L，作出F﹣L图像如图乙所示。忽略弹簧的自重 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

如图所示，一弹簧振子可沿竖直方�做简谐运动，为平衡 高途 sketch template

如图甲圆筒形容器内装有适量的水放在水平桌面上实心圆柱形物体A 用细线拴好并悬挂在弹簧测力计下．小王要探究圆柱形物体A逐渐浸人水中时弹簧 sketch template

如图甲所示竖直放置的轻弹簧一端固定在地面上另一端与斜面体P连接P与斜放的固定挡板MN接触且处于静止状态弹簧处于竖直方�则斜面体P此刻 sketch template

3．如图所示在一竖直悬挂的弹簧下系一质量为m的物体再用此弹簧改系一质量为4m的物体最后将此弹簧截断为两个等长的弹簧并联后悬挂质量为m的 sketch template

题目如图甲所示水平桌面上放置底面积为100cm2质量为500g的圆筒筒内装有20cm深的某液体弹簧测力计下悬挂底面积60cm2高 sketch template

如图所示一条细绳跨过定�轮连接物体ABA悬挂起B穿在一根竖直杆上两物体均保持静止不计绳与�轮B与竖直杆间的�擦已知绳与竖直杆间 sketch template

24．如图7所示物体挂在弹簧测力计下用力的示意图表示出物体所受拉力的三要素——青夏教育精英家教�—— sketch template

如图所示四根相同的轻质弹簧都处于竖直状态上端都受到大小皆为F的拉力作用针对以下四种情况�中弹簧下端固定在地面上�中弹簧下端悬挂物块A sketch template

题目如图所示质量为m的小球用一细线悬挂在天花板上现用一大小恒定的外力慢慢将小球拉起在小球可能的平衡位置中细线与竖直方�的最大偏角 sketch template

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

百度教育 sketch template

实验室常用的弹簧测力计如图甲所示弹簧的一端与连接有挂钩的拉杆相连另一端固定在外壳上的O点外壳上固定一个圆环整个外壳重为G弹簧和拉杆的 sketch template

某同学用如图甲所示装置探究弹簧弹力与弹簧伸长量的关高途 sketch template

如图1所示下列振动系统不可看做弹簧振子的是图1A如图甲所示竖直悬挂的轻弹簧及小铅球组成的系统B如图乙所示放在光�斜面上的铁块及轻弹簧 sketch template

百度教育 sketch template

百度教育 sketch template

百度教育 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

题目如图甲所示ab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

题目如图甲所示长为L的轻杆一端连接小球另一端套在光�固定转轴O上小球在最低点获得某一水平初速度绕轴O在竖直平面内做圆�运动1 sketch template

百度教育 sketch template

如图所示质量为m的小球用一根细线悬挂在O点用一个水平力作用在小球上使细线与竖直方�成30°角时小球静止求1水平拉力的大小．2 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

9．如图所示一轻质弹簧与质量为m的物体组成弹簧振子物体在AB两点间做简谐 振动O点为平衡位置已知OC=h振子的振动�期为T某时刻 sketch template

百度教育 sketch template

如图所示轻绳的一端通过小定�轮O与小球B连接另一端与套在竖直杆上的小物块A相连竖直杆两端固定且足够长物块A沿竖直杆�上做匀速运动其 sketch template

16．如图所示用轻弹簧竖直悬挂质量为m的物体静止时弹簧的伸长量为L现把该弹簧上端固定在一升降机的上顶板下端与一质量为2m小球相连设在 sketch template

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