The thermal decomposition of Li[IF4] would result in the formation of LiF and IF3. Therefore, the correct answer is A: LiF + IF3.

Here's a step-by-step breakdown:

1. Identify the reactant: The reactant in this reaction is Li[IF4].

2. Predict the products: When Li[IF4] is heated, it breaks down into simpler substances. Lithium (Li) will likely bond with one of the fluorine (F) atoms because lithium is a metal and fluorine is a non-metal, and metals tend to donate electrons to non-metals in chemical reactions. This forms LiF. The remaining IF3 molecule is left as is.

3. Write the balanced chemical equation: The balanced chemical equation for this reaction is Li[IF4] - LiF + IF3.

So, the correct answer is A: LiF + IF3.

Question

The thermal decomposition of Li[IF4] would result in the formation of LiF and IF3. Therefore, the correct answer is A: LiF + IF3.

Here's a step-by-step breakdown:

1. Identify the reactant: The reactant in this reaction is Li[IF4].

2. Predict the products: When Li[IF4] is heated, it breaks down into simpler substances. Lithium (Li) will likely bond with one of the fluorine (F) atoms because lithium is a metal and fluorine is a non-metal, and metals tend to donate electrons to non-metals in chemical reactions. This forms LiF. The remaining IF3 molecule is left as is.

3. Write the balanced chemical equation: The balanced chemical equation for this reaction is Li[IF4] -> LiF + IF3.

So, the correct answer is A: LiF + IF3.

Knowee AI · Accepted Answer

The thermal decomposition of Li[IF4] would result in the formation of LiF and IF3. Therefore, the correct answer is A: LiF + IF3.

Here's a step-by-step breakdown:

1. Identify the reactant: The reactant in this reaction is Li[IF4].

2. Predict the products: When Li[IF4] is heated, it breaks down into simpler substances. Lithium (Li) will likely bond with one of the fluorine (F) atoms because lithium is a metal and fluorine is a non-metal, and metals tend to donate electrons to non-metals in chemical reactions. This forms LiF. The remaining IF3 molecule is left as is.

3. Write the balanced chemical equation: The balanced chemical equation for this reaction is Li[IF4] -> LiF + IF3.

So, the correct answer is A: LiF + IF3.

Thermal decomposition of Li[IF4] givesALiF + IF3 BLiF + LiI + F2 + I2 CLil + 2F2 DLi + I2 + F2

Question

Thermal decomposition of Li[IF4] gives:

Solution

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