Dalton's atomic theory successfully explained which of the following laws?
$(i)$ Law of conservation of mass
$(ii)$ Law of constant composition
$(iii)$ Law of radioactivity
$(iv)$ Law of multiple proportion

  • A
    $(i), (ii)$ and $(iii)$
  • B
    $(i), (iii)$ and $(iv)$
  • C
    $(i), (ii)$ and $(iv)$
  • D
    $(ii), (iii)$ and $(iv)$

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Similar Questions

Rutherford's alpha $(\alpha)$ particles scattering experiment resulted in the discovery of:

$(a)$ Both helium and beryllium have two electrons in their valence shells. Helium is a noble gas whereas beryllium is a metal. Justify.
$(b)$ Hydrogen exists in three isotopic forms. Why are the isotopes of hydrogen chemically alike?

$A$ helium atom has $2$ electrons in its valence shell,but its valency is not $2$. Explain.

The electron distribution in an aluminium atom is

$(a)$ An ion $M^{2+}$ contains $10$ electrons and $12$ neutrons. What is the atomic number and mass number of the element $M$?
$(b)$ Is it possible in an atom to have $12$ protons and $13$ electrons? Explain.
$(c)$ Why is helium gas inert?

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