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4C + 6Cl2 + 3TiO2 → 2CO + 3TiCl4 + 2CO2 | Phương Trình Phản Ứng Hóa Học

4C + 6Cl2 + 3TiO2 → 2CO + 3TiCl4 + 2CO2 | Phương Trình Phản Ứng Hóa Học

C | carbon | solid + Cl2 | chlorine | solid + TiO2 | titanium dioxide | solid = CO | carbon monoxide | solid + TiCl4 | titanium tetrachloride | solid + CO2 | carbon dioxide | solid | Temperature: temperature, Other Condition excess chlorine

Introduce

Detailed information about the equation

Reaction conditions when applied C + Cl₂ + TiO₂

Reaction process C + Cl₂ + TiO₂

The result of the reaction C + Cl₂ + TiO₂
Detailed information on the reactants

Information about C (carbon)

Information about Cl₂ (chlorine)

Information about TiO₂ (titanium dioxide)
Detailed information about the products of the reaction

Information about CO (carbon monoxide)

Information about TiCl₄ (titanium tetrachloride)

Information about CO₂ (carbon dioxide)

Detailed information about the equation

Reaction conditions when applied C + Cl₂ + TiO₂

Catalyst: not available
Temperature: 900
Pressure: normal
Other conditions: not available

Reaction process C + Cl₂ + TiO₂

Process: updating...

Note: not available

The result of the reaction C + Cl₂ + TiO₂

The phenomenon: updating...

Detailed information on the reactants

Information about C (carbon)

Atomic weight: 12.01070 ± 0.00080
Color: trong suốt hoặc đen
Status: Rắn

Learn more about C

Information about Cl₂ (chlorine)

Atomic weight: 70.9060
Color: Vàng lục nhạt
Status: Thể khí

Learn more about Cl₂

Information about TiO₂ (titanium dioxide)

Atomic weight: 79.8658
Color: updating
Status: updating

Learn more about TiO₂

Detailed information about the products of the reaction

Information about CO (carbon monoxide)

Atomic weight: 28.0101
Color: không màu, không mùi
Status: Chất khí

Learn more about CO

Information about TiCl₄ (titanium tetrachloride)

Atomic weight: 189.6790
Color: updating
Status: updating

Learn more about TiCl₄

Information about CO₂ (carbon dioxide)

Atomic weight: 44.0095
Color: không màu, không mùi
Status: Chất khí

Learn more about CO₂

Total rating:

Rating: / 5 star

The equations for preparation C

CH₄
+ 2
Cl₂
→
C
+ 4
HCl

Catalyst

normal

Temperature

temperature

Pressure

normal

Other conditions

normal

2
H₂
+
CO₂
→
C
+ 2
H₂O

Catalyst

normal

Temperature

temperature

Pressure

normal

Other conditions

normal

2
Mg
+
CO₂
→
C
+ 2
MgO

Catalyst

normal

Temperature

temperature

Pressure

normal

Other conditions

normal

View all preparation equations C

The equations for preparation Cl₂

2
AgCl
→ 2
Ag
+
Cl₂

Catalyst

normal

Temperature

room temperature

Pressure

normal

Other conditions

normal

CaCl₂
→
Ca
+
Cl₂

Catalyst

normal

Temperature

normal

Pressure

normal

Other conditions

normal

2
H₂O
+
CaCl₂
→
Ca(OH)₂
+
Cl₂
+ 2
H₂

Catalyst

normal

Temperature

normal

Pressure

normal

Other conditions

normal

View all preparation equations Cl₂

The equations for preparation TiO₂

2
H₂O
+
TiCl₄
→ 4
HCl
+
TiO₂

Catalyst

normal

Temperature

normal

Pressure

normal

Other conditions

normal

O₂
+
Ti
→
TiO₂

Catalyst

normal

Temperature

normal

Pressure

normal

Other conditions

normal

O₂
+
TiCl₄
→ 2
Cl₂
+
TiO₂

Catalyst

normal

Temperature

1000

Pressure

normal

Other conditions

normal

View all preparation equations TiO₂

Interesting facts about chemistry you may not know

Interesting facts about hydrogen - the lightest element in the periodic table.

Hydrogen is the first element in the periodic system table. Hydrogen is known to be the lightest of all, the most abundant in the Universe, the essential element for life

Interesting facts about helium

Helium is the first rare gas element in the periodic system table. In the Universe, it ranks second in abundance after elemental hydrogen.

Interesting facts about lithium

Lithium is the alkali metal element, located in the third cell in the periodic table system. Lithium is the lightest of all solid metals and can cut a knife.

Interesting Facts About Beryllium

Beryllium is the lightest alkaline earth metal. Beryllium is found in precious stones such as emeralds and aquamarine. Beryllium and its compounds are both carcinogenic.

Interesting Facts About Carbon

Carbon is the non-metallic element in the sixth cell in the periodic system table. Carbon is one of the most important elements in all life, it is also known as the back.

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News Only 5% of POPULATION would know

4C + 6Cl2 + 3TiO2 → 2CO + 3TiCl4 + 2CO2 | Phương Trình Phản Ứng Hóa Học

C | carbon | solid + Cl2 | chlorine | solid + TiO2 | titanium dioxide | solid = CO | carbon monoxide | solid + TiCl4 | titanium tetrachloride | solid + CO2 | carbon dioxide | solid | Temperature: temperature, Other Condition excess chlorine

Introduce

Detailed information about the equation

Reaction conditions when applied C + Cl2 + TiO2

Reaction process C + Cl2 + TiO2

The result of the reaction C + Cl2 + TiO2

Detailed information on the reactants

Information about C (carbon)

Information about Cl2 (chlorine)

Information about TiO2 (titanium dioxide)

Detailed information about the products of the reaction

Information about CO (carbon monoxide)

Information about TiCl4 (titanium tetrachloride)

Information about CO2 (carbon dioxide)

The equations for preparation C

CH4 Name: metan Atomic weight: 16.0425 + 2 Cl2 Name: clo Atomic weight: 70.9060 Boiling point: -34°C Melting point: -101°C → C Name: cacbon Atomic weight: 12.01070 ± 0.00080 Melting point: 3642°C + 4 HCl Name: axit clohidric Atomic weight: 36.4609 Boiling point: 110°C

The equations for preparation Cl2

2 AgCl Name: bạc clorua Atomic weight: 143.3212 Boiling point: 1547°C Melting point: 455°C → 2 Ag Name: bạc Atomic weight: 107.86820 ± 0.00020 Boiling point: 2162°C Melting point: 961.78°C + Cl2 Name: clo Atomic weight: 70.9060 Boiling point: -34°C Melting point: -101°C

CaCl2 Name: Canxi diclorua Atomic weight: 110.9840 Boiling point: 1600°C Melting point: 772°C → Ca Name: canxi Atomic weight: 40.0780 Boiling point: 1484°C Melting point: 842°C + Cl2 Name: clo Atomic weight: 70.9060 Boiling point: -34°C Melting point: -101°C

The equations for preparation TiO2

2 H2O Name: nước Atomic weight: 18.01528 ± 0.00044 Boiling point: 100°C Melting point: 4°C + TiCl4 Name: Titan(IV) clorua Atomic weight: 189.6790 → 4 HCl Name: axit clohidric Atomic weight: 36.4609 Boiling point: 110°C + TiO2 Name: Titan(IV) oxit Atomic weight: 79.8658

O2 Name: oxi Atomic weight: 31.99880 ± 0.00060 Boiling point: -182°C Melting point: -218°C + Ti Name: Titan Atomic weight: 47.8670 → TiO2 Name: Titan(IV) oxit Atomic weight: 79.8658

O2 Name: oxi Atomic weight: 31.99880 ± 0.00060 Boiling point: -182°C Melting point: -218°C + TiCl4 Name: Titan(IV) clorua Atomic weight: 189.6790 → 2 Cl2 Name: clo Atomic weight: 70.9060 Boiling point: -34°C Melting point: -101°C + TiO2 Name: Titan(IV) oxit Atomic weight: 79.8658

Interesting facts about chemistry you may not know

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Reaction conditions when applied C + Cl₂ + TiO₂

Reaction process C + Cl₂ + TiO₂

The result of the reaction C + Cl₂ + TiO₂

Information about Cl₂ (chlorine)

Information about TiO₂ (titanium dioxide)

Information about TiCl₄ (titanium tetrachloride)

Information about CO₂ (carbon dioxide)

CH₄
+ 2
Cl₂
→
C
+ 4
HCl

The equations for preparation Cl₂

2
AgCl
→ 2
Ag
+
Cl₂

CaCl₂
→
Ca
+
Cl₂

The equations for preparation TiO₂

2
H₂O
+
TiCl₄
→ 4
HCl
+
TiO₂

O₂
+
Ti
→
TiO₂

O₂
+
TiCl₄
→ 2
Cl₂
+
TiO₂