Final answer:
In a synthesis lab, the product's mass equals the combined masses of the reactants due to the law of conservation of mass. The product of a synthesis reaction is usually a compound containing more than one kind of atom, although its color or texture like being a chalky white substance cannot be determined without specifics.
Step-by-step explanation:
In a synthesis lab, multiple statements can be made about the products formed from reactants during a synthesis reaction:
- The law of conservation of mass dictates that the mass of the product is equal to the sum of the masses of the reactants. This refutes the statement 'The product has more mass than the reactants combined.' as it would violate this fundamental law.
- A product could potentially be a chalky white substance, depending on the reactants and conditions. Without specific details about the reactants, it is not possible to accurately confirm this statement.
- The product of a synthesis reaction is indeed a compound, which often contains more than one kind of atom, making the statements 'The product is a compound' and 'The product contains more than 1 kind of atom' often true.
In a simple synthesis reaction, you can classify the reaction based on the products formed. When two or more elements or simpler compounds combine to form a more complex product, this is known as a synthesis reaction.