Question

complete and balance the following chemical reaction c2h2+ I2​

Answer 1

Explanation:

answer in attachment

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Answer 2

Answer:

Concept:

When the total number of various elemental atoms on the reactants and products sides are equal, a chemical equation is said to be balanced. Chemical equations must be balanced by a process of trial and error. The quantities of the reactants and products must be modified in order to balance the equation. By putting coefficients in front of the appropriate formulas as needed. Never alter the subscripts when balancing an equation because doing so alters the solution. The coefficient is multiplied by the subscripts in each formula to get the total number of atoms in each element.

Given:

Complete and balance the following chemical reaction c2h2+ I2​

Find:

find the balanced equation for the given question

Answer:

$C_{2} H_{2} +I_{2} =C_{2} H_{4} I_{2}$

Iodine is attached on both sides as a result of the addition reaction that occurs when ethane $(C_{2} H_{2} )$ and iodine interact. 1,2-Di-iodoethane or ethylene iodide is the end product.

Enter the equation for the chemical process you want to balance, then click the Balance button. The equation that is balanced will show up above.

For the first character in the element, use capital; for the second, use lowercase.

Ionic charges are not supported currently and won't be taken into account.

To eliminate uncertainty, replace immutable groups in compounds.

It is not necessary to have compound states [like (s), (aq), or (g)].

The formula $C_{2} H_{2} +I_{2} =C_{2} I_{4} H_{2}$ must be balanced.

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