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[" Experimentally it was found that a me...

[" Experimentally it was found that a metal oxide has formula "],[M_(0.98)O_(1)" .Metal "M," is present as "M^(2+)" and "M^(3+)" in its fraction "],[" of the metal which exists as "M^(3+)" would be."],[[" (a) "6.05%," (b) "5.08%],[" (c) "7.01%," (d) "4.08%]]

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Experimentally it was found that a metal oxide has formula M_(0.98)O .Metal M, is present as M^(2+) and M^(3+) in its oxide. Fraction of the metal which exists as M^(3+) would be :

Experimentally it was found that a metal oxide has formula M_(0.98)O . Metal M is present as M^(2+) and M^(3+) in its oxide ,Fraction of the metal which exists as M^(3+) would be

Experimentally it was found that a metal oxide has formula M_(0.98)O . Metal M, present as M^(2+) and M^(3+) in its oxide. Fraction of the metal which exists as M^(3+) would be

Experimentally it was found that a metal oxide has formula M_(0.98) O . Metal M present as M^(2+) and M^(3+) in its oxide. Fraction of the metal which exists as M^(3+) would be:

Experimentally it was found that a metal oxide has formula M_(0.98)O . Metal M, is present as M^(2+) and M^(3+) in its oxide. Fraction of metal which exists as M^(3+) would be: