Statement 1: While balancing equations, same number of atoms are there on reactant side and the product side.
Statement 2: For all regular chemical equations, the conservation of matter holds good.

Both the statements 1 and 2 are correct and statement 2 is not correct explanation of statement 1.

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Both the statements 1 and 2 are correct and statement 2 is correct explanation of statement 1.

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Statement 1 is correct but statement 2 is not correct.

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Statement 1 is not correct but statement 2 is correct.

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Both the statements 1 and 2 are not correct.

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Solution

The correct option is B
Both the statements 1 and 2 are correct and statement 2 is correct explanation of statement 1.

Statement 1: While balancing equations same number of atoms are there on reactant side and the product side. This is because atoms can neither be created nor be destroyed.
Statement 2: For all regular chemical equations the conservation of matter holds good. This implies that total mass of reactants is equal to total mass of products.
Both the statements 1 and 2 are correct and statement 2 is correct explanation of statement 1.

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Similar questions

Q. Choose the correct option based on the statements given:

Statement 1: Carbon always share electrons to form a covalent bond with other elements.

Statement 2:

C^{4 +}

and

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ions are highly unstable.

Choose the correct option based on the statements given below:

Statement 1: Carbon always shares electrons or forms a covalent bond with other elements.

Statement 2: $C^{4 +}$ and $C^{4 -}$ ions are highly unstable.

Choose the correct option.

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Statement2: In absence of any external force in 3D space, at any time during its flight Projectile's velocity has only two components.

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,
where

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Statement 1: While balancing equations, same number of atoms are there on reactant side and the product side.Statement 2: For all regular chemical equations, the conservation of matter holds good.

Statement 1: While balancing equations, same number of atoms are there on reactant side and the product side.
Statement 2: For all regular chemical equations, the conservation of matter holds good.