1. First, we start with the compound [Ti(H2O)6]Cl3, which contains a central titanium ion surrounded by six water molecules and three chloride ions.

2. When this compound is heated, the water molecules start to evaporate or remove from the compound.

3. As the water molecules are removed, the compound undergoes a chemical change. This change leads to the formation of a new compound that is colorless.

4. The color change from the original compound to the colorless compound indicates that the presence of water molecules was responsible for the original color.

5. This observation suggests that the color of the original compound was due to the interaction between the titanium ion and the water molecules.

6. By removing the water molecules, the interaction between the titanium ion and the water molecules is disrupted, resulting in the loss of color.

In summary, the removal of water from [Ti(H2O)6]Cl3 on heating causes the compound to become colorless.

Question

1. First, we start with the compound [Ti(H2O)6]Cl3, which contains a central titanium ion surrounded by six water molecules and three chloride ions.

2. When this compound is heated, the water molecules start to evaporate or remove from the compound.

3. As the water molecules are removed, the compound undergoes a chemical change. This change leads to the formation of a new compound that is colorless.

4. The color change from the original compound to the colorless compound indicates that the presence of water molecules was responsible for the original color.

5. This observation suggests that the color of the original compound was due to the interaction between the titanium ion and the water molecules.

6. By removing the water molecules, the interaction between the titanium ion and the water molecules is disrupted, resulting in the loss of color.

In summary, the removal of water from [Ti(H2O)6]Cl3 on heating causes the compound to become colorless.

Knowee AI · Accepted Answer

1. First, we start with the compound [Ti(H2O)6]Cl3, which contains a central titanium ion surrounded by six water molecules and three chloride ions.

2. When this compound is heated, the water molecules start to evaporate or remove from the compound.

3. As the water molecules are removed, the compound undergoes a chemical change. This change leads to the formation of a new compound that is colorless.

4. The color change from the original compound to the colorless compound indicates that the presence of water molecules was responsible for the original color.

5. This observation suggests that the color of the original compound was due to the interaction between the titanium ion and the water molecules.

6. By removing the water molecules, the interaction between the titanium ion and the water molecules is disrupted, resulting in the loss of color.

In summary, the removal of water from [Ti(H2O)6]Cl3 on heating causes the compound to become colorless.

On removal of water from [Ti(H2O)6 ]Cl3 on heating, it become colourless.

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