Dalton's Atomic Theory Quiz 1 ( Form 2, Chemistry )

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Dalton's Atomic Theory Quiz 1 ( Form 2, Chemistry )


Dalton's Atomic Theory Quiz 1 ( Form 2, Chemistry )Versión en línea Quiz on Dalton's atomic theory concepts. por YAKILI LMS 1 Elements are made of energy rather than atoms. Yes No 2 Compounds have properties different from their constituent elements. Yes No 3 In a chemical reaction, atoms are rearranged but not created or destroyed. Yes No 4 All atoms of a given element are identical in mass and properties. Yes No 5 The atomic theory claims atoms are composed of protons and neutrons as basic units. Yes No 6 The same compound has the same proportion of elements by mass. Yes No 7 Dalton’s model accurately shows electrons orbiting the nucleus. Yes No 8 Dalton's model used a billiard-ball analogy for atoms. Yes No 9 Compounds are formed without any fixed ratio of elements. Yes No 10 Atoms are indivisible by chemical means. Yes No 11 Atoms of different elements have identical properties. Yes No 12 Atoms are the smallest unit of matter. Yes No 13 The mass of an atom changes during a chemical reaction. Yes No 14 Dalton's theory laid foundations for modern chemistry. Yes No 15 Atoms of different elements have different masses. Yes No 16 Dalton proposed that atoms are elastic spheres. Yes No 17 In chemical reactions, atoms can be created or destroyed. Yes No 18 The atomic theory describes atoms as energy waves rather than particles. Yes No 19 A compound is formed by a random, non-fixed ratio of elements. Yes No 20 Isotopes were part of Dalton’s original theory. Yes No 21 Atoms can be rearranged without changing the total number of atoms. Yes No 22 The atomic theory says atoms of different elements have identical masses. Yes No 23 Atoms can be subdivided into smaller particles during ordinary chemical changes. Yes No 24 The atomic theory supports balancing chemical equations. Yes No 25 The theory supported the idea that chemical reactions are rearrangements of atoms. Yes No 26 Atoms are divisible into smaller particles in typical chemical reactions. Yes No 27 All atoms of an element have different masses. Yes No 28 The atomic theory implies that atoms are conserved in chemical reactions. Yes No 29 The law of definite proportions asserts fixed mass ratios in compounds. Yes No 30 Atoms combine in more than one ratio to form different compounds (law of multiple proportions). Yes No 31 Dalton's theory explains why mass is conserved in reactions. Yes No 32 The atomic theory connects to the idea of stoichiometry. Yes No 33 Atoms combine in simple whole-number ratios to form compounds. Yes No 34 The law of definite proportions is not related to atomic theory. Yes No 35 Isotopes were not known in Dalton's time; his theory didn't include them. Yes No 36 The same element has atoms with varying sizes in a sample. Yes No 37 Atoms combine in simple whole-number ratios to form compounds. Yes No 38 The law of conservation of mass is explained by atomic theory. Yes No 39 Atoms are visible under a light microscope. Yes No 40 Dalton's theory introduced the idea of discrete particles called atoms. Yes No 41 The law of conservation of mass is not explained by atomic theory. Yes No 42 The concept of definite proportions is part of Dalton's theory. Yes No 43 Each element has atoms of a unique mass. Yes No 44 Compounds are formed by the combination of atoms in fixed ratios. Yes No 45 All matter is made of only continuous matter without discrete particles. Yes No 46 Atoms of one element differ from atoms of another element. Yes No 47 Dalton proposed that matter is made of indivisible atoms. Yes No 48 The theory explains that a molecule is a group of atoms. Yes No 49 Dalton suggested that elements are made of tiny particles called atoms. Yes No 50 Each element's atoms have specific combining capacities. Yes No

Dalton's Atomic Theory Quiz 1 ( Form 2, Chemistry )

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Dalton's Atomic Theory Quiz 1 ( Form 2, Chemistry )Versión en línea

por YAKILI LMS

Elements are made of energy rather than atoms.

Compounds have properties different from their constituent elements.

In a chemical reaction, atoms are rearranged but not created or destroyed.

All atoms of a given element are identical in mass and properties.

The atomic theory claims atoms are composed of protons and neutrons as basic units.

The same compound has the same proportion of elements by mass.

Dalton’s model accurately shows electrons orbiting the nucleus.

Dalton's model used a billiard-ball analogy for atoms.

Compounds are formed without any fixed ratio of elements.

Atoms are indivisible by chemical means.

Atoms of different elements have identical properties.

Atoms are the smallest unit of matter.

The mass of an atom changes during a chemical reaction.

Dalton's theory laid foundations for modern chemistry.

Atoms of different elements have different masses.

Dalton proposed that atoms are elastic spheres.

In chemical reactions, atoms can be created or destroyed.

The atomic theory describes atoms as energy waves rather than particles.

A compound is formed by a random, non-fixed ratio of elements.

Isotopes were part of Dalton’s original theory.

Atoms can be rearranged without changing the total number of atoms.

The atomic theory says atoms of different elements have identical masses.

Atoms can be subdivided into smaller particles during ordinary chemical changes.

The atomic theory supports balancing chemical equations.

The theory supported the idea that chemical reactions are rearrangements of atoms.

Atoms are divisible into smaller particles in typical chemical reactions.

All atoms of an element have different masses.

The atomic theory implies that atoms are conserved in chemical reactions.

The law of definite proportions asserts fixed mass ratios in compounds.

Atoms combine in more than one ratio to form different compounds (law of multiple proportions).

Dalton's theory explains why mass is conserved in reactions.

The atomic theory connects to the idea of stoichiometry.

Atoms combine in simple whole-number ratios to form compounds.

The law of definite proportions is not related to atomic theory.

Isotopes were not known in Dalton's time; his theory didn't include them.

The same element has atoms with varying sizes in a sample.

Atoms combine in simple whole-number ratios to form compounds.

The law of conservation of mass is explained by atomic theory.

Atoms are visible under a light microscope.

Dalton's theory introduced the idea of discrete particles called atoms.

The law of conservation of mass is not explained by atomic theory.

The concept of definite proportions is part of Dalton's theory.

Each element has atoms of a unique mass.

Compounds are formed by the combination of atoms in fixed ratios.

All matter is made of only continuous matter without discrete particles.

Atoms of one element differ from atoms of another element.

Dalton proposed that matter is made of indivisible atoms.

The theory explains that a molecule is a group of atoms.

Dalton suggested that elements are made of tiny particles called atoms.

Each element's atoms have specific combining capacities.