如图所示水银柱将玻璃管内的气体分隔成两部分开始时管内水银面a与水银槽中的水银面等高现将玻璃管稍�上提则a．b水银柱相对于玻璃管�下移b Sketch Coloring Page

如图所示水银柱将玻璃管内的气体分隔成两部分开始时管内水银面a与水银槽中的水银面等高现将玻璃管稍�上提则a．b水银柱相对于玻璃管�下移b Template

Background image: Hide Show

View Larger Image Image Credit: 1010jiajiao.com

please wait, the page is loading...

More Sketches

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

sketch #3208 ELETR by Raimundo Santos

anonymous

anonymous
sketch #3208 ELETR by Raimundo Santos

sketch #3558 Eye Rubel Parvez

anonymous

anonymous
sketch #3558 Eye Rubel Parvez

sketch #4713

anonymous

anonymous
sketch #4713

sketch #3145 Madoka by Николай Герасимов

anonymous

anonymous
sketch #3145 Madoka by Николай Герасимов

sketch #4319

anonymous

anonymous
sketch #4319

sketch #2459 funky afro

sketchmaster
sketch #2459 funky afro

sketch #1504 donara

Donara Smbatyan
sketch #1504 donara

sketch #4834 Aayla Secura by Nînâ Yämâhä

anonymous

anonymous
sketch #4834 Aayla Secura by Nînâ Yämâhä

sketch #508

anonymous

anonymous
sketch #508

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

anonymous

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

sketch #4493 Jimi Hendrix by Alex Stoun

anonymous

anonymous
sketch #4493 Jimi Hendrix by Alex Stoun

sketch #4522 Adventure Time by KiNg Buamir

anonymous

anonymous
sketch #4522 Adventure Time by KiNg Buamir

sketch #664 Spider on a plant pot

Rachel Roe
sketch #664 Spider on a plant pot

sketch #288 RK

anonymous

anonymous
sketch #288 RK

sketch #4555 Mario by Alexander Volodimirovich Danilchenko

anonymous

anonymous
sketch #4555 Mario by Alexander Volodimirovich Danilchenko

sketch #3217

anonymous

anonymous
sketch #3217

sketch #4161

Hank Henry Armstrong
sketch #4161

sketch #4300 República, comunismo, libertad

anonymous

anonymous
sketch #4300 República, comunismo, libertad

sketch #1697

Abdul Kaium Alamgir
sketch #1697

sketch #2856 Merry Christmas from Melany Campano Laos Komlós László

anonymous

anonymous
sketch #2856 Merry Christmas from Melany Campano Laos Komlós László

sketch #3755 Panda by Roberto Castro Colimil

anonymous

anonymous
sketch #3755 Panda by Roberto Castro Colimil

sketch #5067

anonymous

anonymous
sketch #5067

sketch #2836 Angry smurf maradona by BaGaz Anggara

BaGaz Anggara
sketch #2836 Angry smurf maradona by BaGaz Anggara

sketch #1289 peace within

anonymous

anonymous
sketch #1289 peace within

sketch #5369 Wolverine by ShopRasta Roots

anonymous

anonymous
sketch #5369 Wolverine by ShopRasta Roots

sketch #3595

anonymous

anonymous
sketch #3595

sketch #3381 DBZ by Adidtzu Ady

anonymous

anonymous
sketch #3381 DBZ by Adidtzu Ady

sketch #2888 Jimi Hendrix by Meen Suksoi

anonymous

anonymous
sketch #2888 Jimi Hendrix by Meen Suksoi

sketch #2598

sketchmaster
sketch #2598

sketch #1503 L 'Algérie

AbdouGt Zizou
sketch #1503 L 'Algérie

tomski如图所示水银柱将玻璃管内的气体分隔成两部分开始时管内水银面a与水银槽中的水银面等高现将玻璃管稍�上提则a．b水银柱相对于玻璃管�下移b coloring

如图所示是托里拆利实验装置图玻璃管内的水银柱稳定后两水银面的高度差是760mm试管口始终没离开水银面下列做法高度差不变的是 A sketch template

如图所示小兰做托里拆利实验时准确测得水银柱的高度为750mm此时的大气压选填“高于 “低于或“等于标准大气压．若她把玻璃管 sketch template

如图3所示的托里拆利实验中玻璃管内水银柱上方是真空水银柱长75 Cm则此时大气压为 Pa此测量方法利用了物理研究方法中的 法题目和 sketch template

水银柱水银柱图片大山谷图库 sketch template

做托里拆利实验时测得大气压强是760mm汞柱再�水银槽里注入水银使水银面上升了2cm那么管内外水银面的高度差是A780mmB sketch template

1托里拆利测量大气压强值实验如图甲所示当时的大气压强等于 Mm高水银柱所产生的压强．2某地大气压强为1×105Pa作用在0 sketch template

如图所示是测量大气压强的实验装置小赵利用该装置在学校实验室进行了测量测得水银柱高为758mm对比标准大气压值测得结果偏小下列分析中不 sketch template

如图所示是某物理兴趣小组所做的托里拆利实验由右图可知当时的大气压等于750mm高的水银柱产生的压强若此时某同学不小心将玻璃管的顶部打破了 sketch template

物理兴趣小组的同学在高山上某处做的托里拆利实验如图所示此处的大气压强是 Mm高水银柱 1标准大气压．若将玻璃管倾斜�许则玻璃管中水银柱 sketch template

把极细的玻璃管插入水中与水银中如下图所示正确表示毛细现象的是 ABCD 题目和参考答案——青夏教育精英家教�—— sketch template

左端封闭右端开口的粗细均匀的U型玻璃管倒置时如图其中斜线部分为水银．若此管保持竖直状态做自由落体运动则与释放前相比 A．气柱I长度 sketch template

如图所示是水银气压计和自制气压计，下列有关说法中不正确的是（）A在使用水银气压计时，玻璃管稍倾斜，管内外水银面的竖直高度差不变化B自制 sketch template

如图所示在U形管中先注入水待水静止后�U形管左管中注入比水�的水银则两侧液面静止后 A．左管中水银液面高B．右管中水面高C．左右两 sketch template

如图所示，是托里拆利实验的规范操作过程，关于托里拆利实验，下面说法错误的是 A．实验中玻璃管内水银面的上方是真空 B．是大气压支持玻璃 sketch template

小李在“探究物质熔化规律”实验中，所用装置如图甲所示。�在安装器材时应按照选填（“从上到下”或“从下到上”）的顺序安装器材；�从图乙可知物质在 sketch template

1小雨利用托里拆利实验来测量大气压强值如图a所示测量出当时的大气压强等于750mm高水银柱所产生的压强．2小雨利用两端开口的细 sketch template

小致同学用下列器材探究“液体内部压强的特点”。（1）他�图甲的U形管内注入适量的红墨水，红墨水静止时，U形管两侧液面高度（选填“相同”或“不 sketch template

气体等容变化的应用知乎 sketch template

百度教育 sketch template

某兴趣小组用如图甲所示的装置探究“电流通过导体产生热量与哪些因素有关”。实验中Ra＝5Ω，Rb＝10Ω，分别密封在装有等量空气的相同瓶内，细 sketch template

如图所示U形管内装有水银开始时两管都和大气相通两管液面相等现保持右管和大气相通左管和乙密闭容器相连这时两管液面的高度差为10cm sketch template

如图所示一竖直放置粗细均匀且足够长的U形玻璃管右端通过橡胶管与放在水中的导热�属球形容器连通球形容器的容积为v0=90cm3用U形 sketch template

如图水银柱上面封闭一段气体管内外水银面高度差h=72cm大气压强为76cmHg正确的是 A．将管稍上提h不变B．将管稍上提h变大 sketch template

百度教育 sketch template

“水往低处流但是植物体内的水却往高处流动力从何而来某同学为此做了两个实验实验一将一枝条插入充满水的玻璃管中玻璃管的另一端插入盛 sketch template

用图2所示装置研究“活性炭吸附能力与温度变化的关系 将NH4NO3 固体加入到水中搅拌观察到两侧玻璃管中液面上升的高度不同1由于试管内 sketch template

如图所示取一个侧壁上开孔的圆筒把橡皮膜扎在侧壁开孔上�圆筒内灌水后观察到橡皮膜会变凸这是因为如果将圆筒移到高山上空气稀薄处橡皮 sketch template

如图所示在玻璃燃烧匙中盛有一定量硫粉�属丝用于加热球形容器内充满氧气U形管内盛液态汞．反应前两侧液面持平．给�属丝通电加热使硫与 sketch template

如图所示为一气体温度计的结构示意图储有一定质量理想气体的测温泡P通过细管与水银压强计左臂A相连压强计右管B和C与大气相通移动右管B可 sketch template

2015滨州中考如图所示，是托里拆利实验的规范操作过程，关于托里拆利实验，下面说法错误的是 A．实验中玻璃管内水银面的上方有�量空气 sketch template

如图23所示在一根一端封闭且粗细均匀的长玻璃管中用水银柱将管内一部分空气密封当管口�上竖直放置时管内空气柱的长度L1为030 M压强 sketch template

如图所示的托里拆利实验中测得的大气压强等于 Mm高水银柱所产生的压强已知水银的密度ρ=136×103 Kg/m3g取10 N/kg则 sketch template

如图所示的电路中，电源电压保持不变。闭合开关S后，�片P从b端移动到a端的过程，电压表示数U与电流表示数I的关系图像如图所示。下列说法正确的是（ sketch template

如图1所示为实验室中常见的气体制备干燥收集的部分实验仪器．请按下列要求回答1若用H2O2溶液和MnO2反应制取并收集一瓶干燥的氧气 sketch template

托里拆利实验中水银液面静止后如图所示．此时大气压是毫米汞柱．若把试管倾斜试管口在液面下则试管内水银柱的高度是 Mm．若换用较粗试管做此 sketch template

free web stats