Explanation Total mass number of reactant is 29 . Mass number of product is shown as 4. According to conservation of mass number, mass number of reactant is equal to mass number of product. Missing atom must have a mass number of 29 − 4 = 25 . Total atomic number of reactant is 14 and shown atomic number of product is 2 . According to conservation of atomic number, the atomic number of reactant and product must be equal. Missing atom must have atomic number of 14 − 2 = 12

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Chapter 10.4, Problem 10.7CE

To determine

The complete equation for the deuteron bombardment of aluminium- 27

H12+A1327l→___+H24e

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Chapter 10.4, Problem 2PQ

Chapter 10.5, Problem 1PQ

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Chapter 10 Solutions

INTRO.TO PHYSICAL SCIENCE NSU PKG >IC<

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The complete equation for the deuteron bombardment of aluminium- 27 H 1 2 + A 13 27 l → _ _ _ + H 2 4 e

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The complete equation for the deuteron bombardment of aluminium- 27 H12+A1327l→___+H24e

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Chapter 10 Solutions

The complete equation for the deuteron bombardment of aluminium- 27

H12+A1327l→___+H24e