Atoms consists of protons, neutrons and electrons. If the mass of neutrons and electrons were made half and two times respectively to their actual masses, then the atomic mass of $_{6} C^{12}$

Will be reduced by 25%

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Will remain approximately half

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Will remain approximately the same

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Will become approximately two times

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Solution

The correct option is A
Will be reduced by 25%

No change by doubling the mass of electrons. However, by reducing the mass of neutron to half, the total atomic mass becomes 6+3 instead of 6+6. Thus reduced by 25%.

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Similar questions

Atoms consists of protons, neutrons and electrons. If the mass of neutrons and electrons were made half and two times respectively to their actual masses, then the atomic mass of $_{6} C^{12}$

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_{12} M g^{24}

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Atoms consists of protons, neutrons and electrons. If the mass of neutrons and electrons were made half and two times respectively to their actual masses, then the atomic mass of 6C12

The correct option is A Will be reduced by 25% No change by doubling the mass of electrons. However, by reducing the mass of neutron to half, the total atomic mass becomes 6+3 instead of 6+6. Thus reduced by 25%.

Atoms consists of protons, neutrons and electrons. If the mass of neutrons and electrons were made half and two times respectively to their actual masses, then the atomic mass of $_{6} C^{12}$

The correct option is A
Will be reduced by 25%

No change by doubling the mass of electrons. However, by reducing the mass of neutron to half, the total atomic mass becomes 6+3 instead of 6+6. Thus reduced by 25%.