c) 20,000 200000 13. An element, X, have three isotopes 22X. The percentage abundance of its average atomic mass of the element percentage abundance of 21X should be ((a) 9% (b) 8% (

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c) 20,000 200000 13. An element, X, have three isotopes 22X. The percentage  abundance of its average atomic mass of the element percentage abundance of  21X should be ((a) 9% (b) 8% (
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c) 20,000 200000 13. An element, X, have three isotopes 22X. The percentage  abundance of its average atomic mass of the element percentage abundance of  21X should be ((a) 9% (b) 8% (
An element exist in three isotopic form 40x, 41X and 42x
c) 20,000 200000 13. An element, X, have three isotopes 22X. The percentage  abundance of its average atomic mass of the element percentage abundance of  21X should be ((a) 9% (b) 8% (
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c) 20,000 200000 13. An element, X, have three isotopes 22X. The percentage  abundance of its average atomic mass of the element percentage abundance of  21X should be ((a) 9% (b) 8% (
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c) 20,000 200000 13. An element, X, have three isotopes 22X. The percentage  abundance of its average atomic mass of the element percentage abundance of  21X should be ((a) 9% (b) 8% (
Element X has two major isotopes 69X and 71X which occur naturally
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Consider an element Z that has two naturally occurring isotopes

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