How much energy is lost or gained when a mole of cobalt-60 undergoes beta decay: 60 5027Co -->6028 Ni +°¹e? The mass of the 6027Co atom is 59.933819 amu, and that of a 60 28 Ni atom is 59.930788 amu. Use the equivalent relation of 1 amu = 1.49x10-10 J One mole = 6.02x1023 A 2.72x10¹1 J energy is released. B 2.72x10¹¹ J energy is absorbed. C 2.72x108 J energy is released. D 2.72x108 J energy is absorbed.

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How much energy is lost or gained when a mole of cobalt-60 undergoes beta decay:
60 27CO --> 60 28Ni +º₁e?
The mass of the 6027Co atom is 59.933819 amu, and that of a 60 28Ni atom is 59.930788 amu.
Use the equivalent relation of 1 amu = = 1.49x10-10 J
One mole = 6.02x1023
A 2.72x10¹¹ J energy is released.
B 2.72x10¹¹ J energy is absorbed.
C 2.72x108 J energy is released.
D 2.72x108 J energy is absorbed.
Transcribed Image Text:How much energy is lost or gained when a mole of cobalt-60 undergoes beta decay: 60 27CO --> 60 28Ni +º₁e? The mass of the 6027Co atom is 59.933819 amu, and that of a 60 28Ni atom is 59.930788 amu. Use the equivalent relation of 1 amu = = 1.49x10-10 J One mole = 6.02x1023 A 2.72x10¹¹ J energy is released. B 2.72x10¹¹ J energy is absorbed. C 2.72x108 J energy is released. D 2.72x108 J energy is absorbed.
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