如图1所示一根重木棒在水平拉力f作用下以o为轴由竖直位置逆时针匀速转到水平位置的过程中若力臂为l动力与动力臂的乘积为m则 A Sketch Coloring Page

如图1所示一根重木棒在水平拉力f作用下以o为轴由竖直位置逆时针匀速转到水平位置的过程中若力臂为l动力与动力臂的乘积为m则 A Template

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tomski如图1所示一根重木棒在水平拉力f作用下以o为轴由竖直位置逆时针匀速转到水平位置的过程中若力臂为l动力与动力臂的乘积为m则 a coloring

30．如图所示用�轮组提起重G的物体绳子自由端拉力为F重 物以速度勘匀速上升不计�擦和绳重则 1�轮组的机械效率为 2 sketch template

如图1所示一根重木棒在水平拉力F作用下以O为轴由竖直位置逆时针匀速转到水平位置的过程中若力臂为L动力与动力臂的乘积为M则 A sketch template

如图所示有一根一端粗一端细的木棒在如图的位置悬挂起来恰好处于水平位置若把木棒从绳子悬挂处锯开则被据开的木棒 A粗细两端一样重 sketch template

用四个�轮和两根相同的绳子组成如图所示的甲、乙两个�轮组用它们匀速提起货物在绳自由端施加竖直的拉力分别为F甲和F乙物重分别为G甲和G乙 sketch template

如图甲将一根粗细均匀的木棒放在水平地面上稍微抬起一端至�用力100N则木棒的重力约是 N．图乙则是一根粗细不均匀的木棒若稍微抬起一端 sketch template

用如图甲所示的�轮组提升物体M，已知物体M所受的重力为550N，卷扬机加在绳子自由端的拉力F将物体M在20s内沿竖直方�匀速提升10m，拉力F sketch template

$如图所示有一根均匀铁棒长为LOA=$frac{L}{3}$重力G=600N为了不使这根铁棒的B端下沉所需外力F至�应为240 N sketch template$

如图所示一根轻质木杆A端细线下所挂50N的重物静止在水平地面上．当在B点加竖直�下的力F=30N作用时木杆恰能在水平位置处于平衡状态 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

1如图所示物体A静止在水平地面在图中画出它所受的力的示意图．2用如图所示的�轮组提升重物若拉力F将绳子的自由端移动1m时重物 sketch template

如图所示A、B两小球分别用轻质细绳L1和轻弹簧系在天花板上A、B两小球之间用一轻质细绳L2连接细绳L1、弹簧与竖直方�的夹角均为θ细绳 sketch template

15．如图所示物体A叠放在物体B上在拉力F的作用下物体A和B一起沿着水平地面作匀速直线运动下列关于物体A受力的示意图正确的是 A．B sketch template

如图所示，固定在水平面上的光�半球，球心O的正上方固定一个小定�轮，细绳一端拴一小球，小球置于半球面上的A点，另一端绕过定�轮，如图所示。今 sketch template

如图所示一根粗细均匀的木棒在力的作用下可绕O点转动请在图中画出木棒所受重力的示意图及拉力F对O点的力臂．题目和参考答案——青夏教育精英 sketch template

如图所示质量为m的球用细绳挂在质量为M的木块下木块套在水平杆上木块与杆间的动�擦因式为μ水平拉力F为多大时才能拉着球和木块一起做匀速 sketch template

如图甲所示完全相同的木块A和B叠放在水平桌面上GA=GB=15N．在12N的水平拉力F1作用下 AB一起作匀速直线运动此时木块B所受 sketch template

14．如图所示在水平桌面上沿直线拉动木块下列属于一对平衡力的是 A．绳子对木块的拉力和木块对绳子的拉力B．手对绳子的拉力和桌面对木块的 sketch template

如图所示一根木棒AB在O点被悬挂起来已知AO=OC在AC两点分别挂有2个和3个质量相等的砝码木棒处于平衡状态．现在木棒的AC点各 sketch template

22．如图8所示装置中长木板甲重20N物体乙重 10N甲乙之间用一根轻绳通过定�轮相连当 水平方�的拉力F的大小为6N时长木板甲恰 sketch template

如图2所示一物块位于光�水平桌面上用一大小为F方�如图所示的力去推它使它以加速度a�右运动若保持力的方�不变而增大力的大小则 sketch template

如图所示叠放在一起的物体A和B在大小为F的恒力作用下沿水平面做匀速直线运动则下列结论中正确的是 A．甲乙两图中A物体所受的�擦力大小均 sketch template

如图所示在轻质杆OB的中点A处悬挂有重为G的物体M在端点B施加方�始终跟杆垂直的拉力F杆从虚线位置沿逆时针方�匀速转至图示位置的过程中 sketch template

如图9所示在50N的水平拉力F作用下 重800N的物体沿水平地面做匀速直线运动物体与地面间�动�擦力为120N则�轮组的机械效率为 sketch template

如图甲所示完全相同的木块A和B叠放在水平桌面上在水平拉力F1作用下A．B一起作匀速直线运动若将A．B紧靠着放在水平桌面上用水平力F2 sketch template

如图所示AB相对静止且在水平拉力F的作用下在水平地面上做匀速直线运动AB间的动�擦因数为μ1B与地面之间的动�擦因数为μ则下列说法 sketch template

如图所示一重为200牛的物体A用20牛的水平拉力拉�轮物体A以1米/秒的速度在水平面做匀速直线运动若不计�轮的重力及绳与�轮的�檫 sketch template

如图所示一根重8N的均匀直棒ABA端用绳吊在固定点0用一沿水平方�的力F=6N作用于B端使棒处于平衡状态则绳与竖直方�的夹角为 sketch template

如图所示在光�水平桌面上有一质量为M的小车小车跟绳一端相连绳子另一端通过�轮吊一个质量为m的砖码则当砝码着地的瞬间小车的速度大小为 在 sketch template

如图所示质量不计的轻板AB可绕转轴O在竖直面内转动OA=04mOB=16m．地面上质量为15kg横截面积为03m2的圆柱体通过 sketch template

如图所示一对光�的平行�属导轨固定在同一水平面内导轨间距为L左端接有阻值为R的电阻一质量为m电阻为r的�属棒MN垂直放置在导轨上 sketch template

如图1所示重为8N的物体A在拉力F的作用下5s内匀速运动了05m．拉力F做的功随时间变化的图象如图2所示．己知动�轮重05N物体A在 sketch template

如图所示，一物块置于水平地面上，当用与水平方�成60°角的力F 1拉物块时，物块做匀速直线运动，当改用与水平方�成30°角的力F 2推物块时 sketch template

20．如下图所示物体A重10N物体与竖直墙的动�擦因系数为0．4用一个与水平方�成37°角的力F作用在物体上要使物体A沿墙作匀速运动则 sketch template

如图所示重20N的物体B在水平拉力F作用下做匀速直线运动这时弹簧测力计的示数为6N则以下说法正确的是 A．地面�擦力是26NB．拉力 sketch template

如图所示某人用�轮组匀逮提升重120N的物体人的拉力为50N在2s内绳的自由端移动了6米1物体上升的高度2人所做的额外功是 sketch template

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