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Which procedure could be used to demonstrate that matter is conserved during a chemical change or reaction?(1 point)

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Find the mass of an acid and a base. Combine them to produce water and a salt. Find the mass of the water and salt.
Find the mass of an acid and a base. Combine them to produce water and a salt. Find the mass of the water and salt.

Find the mass of a stick of butter. Heat the butter until it melts. Find the mass of the melted butter.
Find the mass of a stick of butter. Heat the butter until it melts. Find the mass of the melted butter.

Find the mass of a piece of paper. Tear the paper into smaller pieces. Find the mass of the pieces.
Find the mass of a piece of paper. Tear the paper into smaller pieces. Find the mass of the pieces.

Find the mass of a log. Burn the log until it turns to ash and smoke. Find the mass of the ash.

I apologize for the mistake. The correct answer is:

Find the mass of an acid and a base. Combine them to produce water and a salt. Find the mass of the water and salt.

Find the mass of a log. Burn the log until it turns to ash and smoke. Find the mass of the ash.

thats wrong

thanks

You're welcome! If you have any other questions, feel free to ask.

The correct procedure to demonstrate that matter is conserved during a chemical change or reaction is:

Find the mass of an acid and a base. Combine them to produce water and a salt. Find the mass of the water and salt.

The correct procedure that could be used to demonstrate that matter is conserved during a chemical change or reaction is:

Find the mass of an acid and a base. Combine them to produce water and a salt. Find the mass of the water and salt.

Explanation:
To show that matter is conserved during a chemical change or reaction, you need to compare the mass of the reactants (acid and base) with the mass of the products (water and salt). By measuring the mass of the reactants before the reaction and the mass of the products after the reaction, you can determine if the total mass remains the same, proving the conservation of matter.