原子不可以

原子不可以
我不是极性分子
我是三主族金属
请别抢我的电子
原子不可以
我不是过渡金属
也不是碱土金属
小心我真的爆炸
哦 在这个元素的性质里
它拥有着金属的性质
还拥有非金属的性质
它到底是什么元素
想要知道元素的性质
得先看它伦敦色散力
再加上分子形状结构
看它是否有着极性
原子不可以
我是一个类金属
不是一个离子键
我是属于共价键
原子为什么
我只有三价电子
是一个金属元素
但合不成离子键
除了氯和铝的化学键
金属元素全都是离子键
我得抢走它们的电子
氯和铝的键是共价键
它们只有三个价电子
从来没有个孤对电子
哦 在类金属里的性质里
它既拥有金属的性质
还有着非金属的性质
其实也叫两性金属
在类金属里的化学键
还有三主族的元素中
它们真的不是离子键
但除了硼是金属键
原子不可以
我属于金属元素
我合不成离子键
我只能合共价键
原子不可以
我其实是铝元素
是第三主族元素
属于类金属之一
分子的性质
取决于范德华力
判断分子的极性
得出它形状结构
轨道的杂化
决定了分子形状
再加上分子极性
还有分子间的力
至于离子键
强弱等于库仑力
与金属键成并列
都拥有阴阳离子
轨道的杂化
决定了分子形状
再加上分子极性
还有分子间的力

[00:20.130]原子不可以
[00:22.020]我不是极性分子
[00:24.540]我是三主族金属
[00:27.030]请别抢我的电子
[00:30.210]原子不可以
[00:32.100]我不是过渡金属
[00:34.590]也不是碱土金属
[00:37.110]小心我真的爆炸
[00:41.280]哦 在这个元素的性质里
[00:43.830]它拥有着金属的性质
[00:46.350]还拥有非金属的性质
[00:48.900]它到底是什么元素
[00:51.360]想要知道元素的性质
[00:53.880]得先看它伦敦色散力
[00:56.430]再加上分子形状结构
[00:58.980]看它是否有着极性
[01:00.600]原子不可以
[01:02.430]我是一个类金属
[01:04.770]不是一个离子键
[01:07.440]我是属于共价键
[01:10.620]原子为什么
[01:12.510]我只有三价电子
[01:14.970]是一个金属元素
[01:17.550]但合不成离子键
[01:21.690]除了氯和铝的化学键
[01:24.270]金属元素全都是离子键
[01:26.730]我得抢走它们的电子
[01:31.860]氯和铝的键是共价键
[01:34.410]它们只有三个价电子
[01:36.900]从来没有个孤对电子
[02:02.130]哦 在类金属里的性质里
[02:04.650]它既拥有金属的性质
[02:07.200]还有着非金属的性质
[02:09.690]其实也叫两性金属
[02:12.120]在类金属里的化学键
[02:14.790]还有三主族的元素中
[02:17.340]它们真的不是离子键
[02:19.860]但除了硼是金属键
[02:21.480]原子不可以
[02:23.280]我属于金属元素
[02:25.770]我合不成离子键
[02:28.380]我只能合共价键
[02:31.500]原子不可以
[02:33.360]我其实是铝元素
[02:35.850]是第三主族元素
[02:38.370]属于类金属之一
[02:41.520]分子的性质
[02:43.560]取决于范德华力
[02:45.960]判断分子的极性
[02:48.570]得出它形状结构
[02:51.630]轨道的杂化
[02:53.580]决定了分子形状
[02:56.100]再加上分子极性
[02:58.620]还有分子间的力
[03:01.920]至于离子键
[03:03.690]强弱等于库仑力
[03:06.300]与金属键成并列
[03:08.700]都拥有阴阳离子
[03:11.940]轨道的杂化
[03:13.800]决定了分子形状
[03:16.320]再加上分子极性
[03:18.840]还有分子间的力

Atoms, no
I am not a polar molecule.
I am the metal of the group III.
Please don't steal my electrons.
Atoms, no
I'm not a transition metal.
I'm not an alkaline earth metal either.
Be careful, I really explode.
Oh in the nature of this element
It has the properties of metal.
It also has nonmetallic properties.
What exactly is it?
Want to know the properties of elements
See its London dispersion force first.
Plus the molecular shape and structure
See if it has polarity.
Atoms, no
I am a metalloid.
Not an ionic bond.
I belong to covalent bond
Atoms, why
I only have three valence electrons.
I am a metal element.
But I can't bond ionic bonds.
In addition to the chemical bond between chlorine and aluminum
Composed of metallic elements, all of which are ionic bonds.
I have to take their electrons.
The bond between chlorine and aluminum is covalent.
They only have three valence electrons.
There has never been a lone pair.
Oh among the properties in metalloid.
It has both the properties of metal
There are also nonmetallic properties.
In fact, it is also called amphoteric metal.
Chemical bonds in metalloids
And the elements of the group III
They are really not ionic bonds.
But besides boron, others are metal bonds.
Atoms, no
I belong to the metal element
I can't combine ionic bonds.
I can only bond covalent bonds.
Atoms, no
I'm actually aluminum.
Is the element in the group III.
Belongs to one of metalloids.
Properties of molecules
Depends on van der Waals force
Judging the polarity of molecules
Get its shape and structure
Hybridization of orbits
Determines the shape of the molecule
Plus molecular polarity
And intermolecular forces
As for ionic bonds
Strength equals coulomb force.
In juxtaposition with the metal bond
Both have anion and cation.
Hybridization of orbits
Determines the shape of the molecule
Plus molecular polarity
And intermolecular forces

[00:20.130]Atoms, no
[00:22.020]I am not a polar molecule.
[00:24.540]I am the metal of the group III.
[00:27.030]Please don't steal my electrons.
[00:30.210]Atoms, no
[00:32.100]I'm not a transition metal.
[00:34.590]I'm not an alkaline earth metal either.
[00:37.110]Be careful, I really explode.
[00:41.280]Oh in the nature of this element
[00:43.830]It has the properties of metal.
[00:46.350]It also has nonmetallic properties.
[00:48.900]What exactly is it?
[00:51.360]Want to know the properties of elements
[00:53.880]See its London dispersion force first.
[00:56.430]Plus the molecular shape and structure
[00:58.980]See if it has polarity.
[01:00.600]Atoms, no
[01:02.430]I am a metalloid.
[01:04.770]Not an ionic bond.
[01:07.440]I belong to covalent bond
[01:10.620]Atoms, why
[01:12.510]I only have three valence electrons.
[01:14.970]I am a metal element.
[01:17.550]But I can't bond ionic bonds.
[01:21.690]In addition to the chemical bond between chlorine and aluminum
[01:24.270]Composed of metallic elements, all of which are ionic bonds.
[01:26.730]I have to take their electrons.
[01:31.860]The bond between chlorine and aluminum is covalent.
[01:34.410]They only have three valence electrons.
[01:36.900]There has never been a lone pair.
[02:02.130]Oh among the properties in metalloid.
[02:04.650]It has both the properties of metal
[02:07.200]There are also nonmetallic properties.
[02:09.690]In fact, it is also called amphoteric metal.
[02:12.120]Chemical bonds in metalloids
[02:14.790]And the elements of the group III
[02:17.340]They are really not ionic bonds.
[02:19.860]But besides boron, others are metal bonds.
[02:21.480]Atoms, no
[02:23.280]I belong to the metal element
[02:25.770]I can't combine ionic bonds.
[02:28.380]I can only bond covalent bonds.
[02:31.500]Atoms, no
[02:33.360]I'm actually aluminum.
[02:35.850]Is the element in the group III.
[02:38.370]Belongs to one of metalloids.
[02:41.520]Properties of molecules
[02:43.560]Depends on van der Waals force
[02:45.960]Judging the polarity of molecules
[02:48.570]Get its shape and structure
[02:51.630]Hybridization of orbits
[02:53.580]Determines the shape of the molecule
[02:56.100]Plus molecular polarity
[02:58.620]And intermolecular forces
[03:01.920]As for ionic bonds
[03:03.690]Strength equals coulomb force.
[03:06.300]In juxtaposition with the metal bond
[03:08.700]Both have anion and cation.
[03:11.940]Hybridization of orbits
[03:13.800]Determines the shape of the molecule
[03:16.320]Plus molecular polarity
[03:18.840]And intermolecular forces