如图所示质量为m的小球从离心轨道上由静止开始无�擦�下后进入竖直面内的圆形轨道圆形轨道的半径为r求 1要使小球能通过圆形轨道的最高 Sketch Coloring Page

如图所示质量为m的小球从离心轨道上由静止开始无�擦�下后进入竖直面内的圆形轨道圆形轨道的半径为r求 1要使小球能通过圆形轨道的最高 Template

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More Sketches

Take a peek at some of the sketches created by our users, are you a sketchite?

sketch #2901 Smurf by Ronny Alexander Nikolaevich

anonymous

anonymous
sketch #2901 Smurf by Ronny Alexander Nikolaevich

sketch #4480 ZOMBIE by Rubel Parvez

anonymous

anonymous
sketch #4480 ZOMBIE by Rubel Parvez

sketch #312

anonymous

anonymous
sketch #312

sketch #3742 Homer by Koes Maung

anonymous

anonymous
sketch #3742 Homer by Koes Maung

sketch #3939

anonymous

anonymous
sketch #3939

sketch #779 Gol D Roger

Benjo Arellano
sketch #779 Gol D Roger

sketch #3359 &#;In love and lonely&#; by Irul Ventura

anonymous

anonymous
sketch #3359 &#;In love and lonely&#; by Irul Ventura

sketch #5311

anonymous

anonymous
sketch #5311

sketch #4546 Misaki Mei by Wanis Khelifa

anonymous

anonymous
sketch #4546 Misaki Mei by Wanis Khelifa

sketch #2552

anonymous

anonymous
sketch #2552

sketch #5164

anonymous

anonymous
sketch #5164

sketch #78 Dino-Roar

Rachel Roe
sketch #78 Dino-Roar

sketch #2777 Ralph & Vanellope by Alexander Volodimirovich Danilchenko

Alexander Volodimirovich Danilchenko
sketch #2777 Ralph & Vanellope by Alexander Volodimirovich Danilchenko

sketch #523 the man

anonymous

anonymous
sketch #523 the man

sketch #5063 Super Meat Boy by Alexander Volodimirovich Danilchenko

anonymous

anonymous
sketch #5063 Super Meat Boy by Alexander Volodimirovich Danilchenko

sketch #4916

anonymous

anonymous
sketch #4916

sketch #5074

anonymous

anonymous
sketch #5074

sketch #2625 Dragon by sketchmaster

sketchmaster
sketch #2625 Dragon by sketchmaster

sketch #5178 Mewtwo and Transformation by Riley Hart

anonymous

anonymous
sketch #5178 Mewtwo and Transformation by Riley Hart

sketch #12 my bear

Tom Kelly
sketch #12 my bear

sketch #3290 Calvin and Hobbes by অনন্ত জলিল

anonymous

anonymous
sketch #3290 Calvin and Hobbes by অনন্ত জলিল

sketch #3410

anonymous

anonymous
sketch #3410

sketch #1432

Laura Agapi Asnicar
sketch #1432

sketch #4232 Tobirama by Kadi Kader

anonymous

anonymous
sketch #4232 Tobirama by Kadi Kader

sketch #2628 Black haired women

sketchmaster
sketch #2628 Black haired women

sketch #3662 Angel by Alexander Volodimirovich Danilchenko

anonymous

anonymous
sketch #3662 Angel by Alexander Volodimirovich Danilchenko

sketch #22

anonymous

anonymous
sketch #22

sketch #1061 garota ao vento

Ariel Fernando
sketch #1061 garota ao vento

sketch #282

Johnny B. Goode
sketch #282

sketch #33 Flutter-bys

Rachel Roe
sketch #33 Flutter-bys

tomski如图所示质量为m的小球从离心轨道上由静止开始无�擦�下后进入竖直面内的圆形轨道圆形轨道的半径为r求 1要使小球能通过圆形轨道的最高 coloring

如图所示，质量为m的小球自A点以水平速度v0抛出，在重力和空气阻力作用下，经一段时间后落在地面上B点，到达B点时的速度为v′0，其方�与水平 sketch template

如图所示质量为m的小球系于长L=08m的轻绳末端绳的另一端系于O点将小球移到轻绳水平的位置后释放小球�到最低点A时恰与原静止于水平 sketch template

如图所示质量为m=02kg的小球固定在长为L=09m的轻杆一端杆可绕O点的水平转轴在竖直平面内转动．g=10m/s2求1当小球 sketch template

如图所示LMN是竖直平面内固定的光�轨道MN水平且足够长LM下端与MN相切．质量为m的小球B与一轻弹簧相连并静止在水平轨道上质量为 sketch template

如图所示用细线吊着一个质量为m的小球使小球在水平面内做圆锥�运动关于小球受力正确的是 A．受重力拉力�心力B．受重力拉力C sketch template

如图所示长为L的轻质细绳悬挂一个质量为m的小球其下方有一个倾角为θ的光�斜面体放在光�水平面上．开始时小球刚好与斜面接触无压力现在用 sketch template

$如图所示M为固定在水平桌面上的有缺口的方形木块abcd为半径是R的$frac{3}{4}$光�圆弧形轨道a为轨道最高点de面水平且有 sketch template$

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质量为m的小球悬挂在质量为M的半圆形光�轨道的顶端台秤的示数为M mg．忽略台秤秤量时的延迟因素则从烧断悬线开始到小球滚到 sketch template

如图所示质量为m的小球悬挂在质量为M的半圆形光�轨道的顶端台秤的示数为M mg．忽略台秤秤量时的延迟因素则从烧断悬线开始到小球滚到 sketch template

如图所示竖直平面内光�圆轨道半径R=2m从最低点A有一质量为m=1kg的小球开始运动初速度v0方�水平�右重力加速度g取10m/s2 sketch template

12．如图所示一个小球从H=12m 高处由静止开始通过光�弧形轨道AB进入半径R=4m的竖直圆环圆环动�擦因数处处相等当小球沿BEC sketch template

如图所示长为l的轻杆一端固定一质量为m的小球另一端有固定转轴O杆可在竖直平面内绕转轴O无�擦转动．已知小球通过最低点Q时速度大小为v sketch template

如图所示质量为m的小球用长L的细线悬挂而静止在竖直位置在下列三种情况下分别用水平拉力F将小球拉到细线与竖直方�成θ角的位置．在此过程中 sketch template

如图所示半径为R=02m的半球形大碗固定在可以以一定角速度绕竖直轴OO′匀速旋转的水平转台上其中O为碗中心O′为碗的最低点当转台不 sketch template

如图所示光�水平面AB与竖直面内的半圆形导轨在B点衔接导轨半径为R一个质量为m的小球将弹簧压缩至A处．小球从A处由静止释放被弹开后经过 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

如图所示为半径是r密度是ρ的某星球表面某处竖直平面内的一段轨道AB是倾角为θ的粗糙直轨道BCD是光�的圆弧轨道AB恰好在B点与圆弧相切 sketch template

如图所示质量为m的小球悬挂在质量为M的半圆形光�轨道的顶端台秤的示数为M mg．忽略台秤秤量时的延迟因素则从烧断悬线开始到小球滚到 sketch template

如图所示，竖直平面内有一半径为R的半圆形光�绝缘轨道，其底端B与光�绝缘水平轨道相切，整个系统处在竖直�上的匀强电场中，一质量为m，带正电的 sketch template

$如图所示质量为m的小球用长为L的悬线固定于O点在O点正下方$frac{L}{2}$处钉一个钉子把悬线拉直与竖直方�成一定角度由静止 sketch template$

如图所示固定的半圆弧形光�轨道置于水平方�的勻强电场和匀强磁场中轨道圆弧半径为R磁感应强度为B方�垂直于纸面�外电场强度为 sketch template

如图所示用长为l的细线系一个质量为m的小球当小球在水平面内做�期为T的匀速圆�运动时绳子与竖直方�夹角为θ下面说法正确的是 A．� sketch template

如图所示质量为m的小球在竖直面内的光�圆形轨道内侧做圆�运动通过最高点且刚好不脱离轨道时的速度为v则当小球通过与圆心等高的A点时对轨道 sketch template

如图所示在竖直平面内有一半径为R的圆弧轨道半径OA水平OB竖直一个质量为m的小球自A的正上方P点由静止开始自由下落小球沿轨道到达最高 sketch template

如图所示质量为2m的物块A与质量为m的物块B放在光�的水平地面上在水平推力F的作用下做匀加速运动则A和B的相互作用力为 AF sketch template

如图所示光�半圆环轨道处于竖直平面内半圆环与粗糙的水平地面相切于圆环的端点A一质量m=010 Kg的小�块以初速度v0=70 m sketch template

如图一质量为M半径为R的光�大圆环用一细轻杆固定在竖直平面内套在大环上质量为m的小环从大环的最高点处由静止�下．重力加速度为g．1 sketch template

如图所示质量为m的小球置于正方体的光�盒子中盒子的边长略大于球的直径．某同学拿着该盒子在竖直平面内做半径为R的匀速圆�运动已知重力加速度 sketch template

如图所示，半径为R的光�圆环竖直固定，轻质弹簧一端固定在圆环的最高点A，另一端与套在圆环上的小球相连．小球的质量为m，静止在B点时弹簧与竖直 sketch template

24．12分如图所示，绝缘光�轨道ABCD竖直放在与水平方�成θ＝45°的匀强电场中，其中BCD部分是半径为R的半圆环，轨道的水平部分与 sketch template

如图所示质量m1=03 Kg 的小车静止在光�的水平面上车长L=15 m现有质量m2=02 Kg可视为质点的物块以水平�右的速度 sketch template

如图所示，竖直平面内有一半径为R的半圆形光�绝缘轨道，其底端B与光�绝缘水平轨道相切，整个系统处在竖直�上的匀强电场中，一质量为m，带正电的 sketch template

$如图所示M为固定在桌面上的异形木块abcd为$frac{3}{4}$圆�的光�轨道a为轨道最高点de面水平且与圆心等高．今将质量为m sketch template$

如图所示半径为R的光�圆弧轨道固定在竖直平面内轨道的一个端点B和圆心O的连线与水平方�间的夹角θ=30°另一端点C为圆弧轨道的最低点过 sketch template

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