Characteristic	Other diamonds	Graphite
Appearance	Colourless / Transparent	black – Glowing
HOther	very Hard	soft
Fragmentability	heavy	lightly
Electrical Conductivity	No	I 'm good
Density	3.5	2.3
Melting point	dissolved not	3700℃
Use	Jewelry, Drilling	Ointments, Electrodes, Pencil mines

FOther The Table from. Benefits In addition The the following WOther and Information to be provided: No, I 'm good, black, Colourless, Glowing, heavy, lightly, Transparent, very strong Light-breaking, very Hard, soft, 2.3 g/cm³, 3.5 g/cm³, about. 3700℃ dissolved not, Electrodes, Jewelry, Drilling- and Machinery for milling, Ointments, Pencil mines

Characteristic	Other diamonds	Graphite
Appearance
HOther
Fragmentability
Electrical Conductivity
Density
Melting point
Use

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1. a) four
2. b) Nuclear bonds
3. c) HOther
4. d) Electrical Electricity
5. e) Layers
6. f) three
7. g) 120 Degree
8. h) Electrical Conductivity
9. i) to be postponed
10. j) soft

In the the following Text of the text to be The LOats and oats Vip3-a)-Vip3 , Vip3-b)-Vip3 , Vip3-c)-Vip3 and so on. meaningful Filled will be.

In the Flat-rolled products of iron or steel is each Carbon atom of Vip3-a)-Vip3 Other Carbon atoms surrounded. From to each Atomic energy Going four Right now. long Vip3-b)-Vip3 from. From this is given The Commission a very regularly Stable Grid. The Vip3-c)-Vip3 of the Diamonds is based on on this, that All of them External electrons One of them Carbon atoms of the Diamonds by: Nuclear bonds with each other Connected are. There you go. All of them four Carbon atoms to The Nuclear bonds Involved are, Directs a Other diamonds not The Vip3-d)-Vip3 .
This Graphite grids exists from many overlapping Vip3-e)-Vip3. All of them Atomic energy is with Vip3-f)-Vip3 Right now. Far away Distant Atoms Connected. The bond angle amount Vip3-g)-Vip3. From to each Atomic energy are by means of three External electrons in Bindings fixed. This Fourth Electron is Similarly How In the case of Manufacture from materials of any heading on The whole Layers mobility. This Explained The Good Vip3-h)-Vip3 of the Graphite. The Distance between The different Layers is about This Two and a half times of the Distance between Atoms of the same Layers. The Layers to leave The Commission lightly against each other. Vip3-i)-Vip3, Graphite is Therefore, Vip3-j)-Vip3.

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.. Look at this. answer to the similar question of which: atomic structure, polarity to determine

What ? means Dipol?

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In the the first Step by step Goes It 's That is why, This molecule correctly to drawing, Including bond angle. After that will be each Binding Individually Considered and by: The EN-Values The Participants Atomic energy The Polarity direction Decided. This by: From the electrically positive Atomic energy to the more electronegative Atomic energy The Polarity direction defined be. In the the third Step by step will be The drawn Arrows ('Vectors') Added. The result is One resulting Strength, This is it. is shown This molecule One (Permanent) Dipol on. Or also Other said: It 's is Polar. As Simplification of which:, that C-H Bindings Usually for The Decision not Additionally withdrawn will be must be, There you go. The EN-Values The C Responsibility. H-Atoms Practically identical are.

How recognises It's, whether or not a molecule Polar is or not? When is a molecule polar/ein Dipol? Or: What ? Requirements must be fulfilled be, with a Dipol is generated? Or: What ? means Dipol?

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This one Value corresponds to Finally a Behaviour (:Electrons One of them Covalent materials Bindings to The Commission to drawing) and will be experimental I 'm sure. The Highest Value finds It's for This Elements Fluoride and has been (more or less) of which: on The Value 4.0 of which:. The EN-Value is In the Periodic system indicated. FThe Commission shall adopt a decision. Carbon is This Value about. 2.5. The Values can The Commission The Commission after Periodic system slightly to distinguish.

How Calculated It's The electronegativity?

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