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[" The atomic weight of Cu is "63.546" ....

[" The atomic weight of Cu is "63.546" .There are "],[" only two naturally occurring isotopes of copper "],[^63Cu" and "65Cu" .The natural abundance of the "],[^63Cu" isotope must be approximately "]

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The atomic weight of Cu is 63.546 . There are only two naturally occurring isotopes of copper .^(63)Cu and .^(65)Cu . The natural abundance of the .^(63)Cu isotope must be approximately.

The atomic weight of Cu is 63.546 . There are only two naturally occurring isotopes of copper .^(63)Cu and .^(65)Cu . The natural abundance of the .^(63)Cu isotope must be approximately.

The atomic weight of Cu is 63.546 . There are only two naturally occurring isotopes of copper .^(63)Cu and .^(65)Cu . The natural abundance of the .^(63)Cu isotope must be approximately.

The atomic weight of Cu is 63.546 . There are only two naturally occurring isotopes of copper .^(63)Cu and .^(65)Cu . The natural abundance of the .^(63)Cu isotope must be approximately.

The average atomic mass of copper is 63.5 . It exists as two isotopes which are ._(29)^(63)Cu and ._(29)^(65)Cu . Calculate the percentage of each isotope present in it.

The average atomic mass of copper is 63.5u. It exists as two isotopes which are "_29Cu^63 and "_29Cu^65 . Calculate the percentage of each isotopes present in it.

A naturally occurring sample of copper consists of 69.2% of ""^(63)Cu is 62.93 and that of ""^(65)Cu is 64.93 . Find the atomic mass of a naturally occurring sample of copper .

The equivalent weight of chlorine is 35.5 and the equivalent weight of copper chloride is 99.5 . Find the formula of copper chloride if the atomic weight of Cu is 63.5 .