· ionisation isomerism. 24 o' 125 v) after 24 only 0-125 g out of the initial quantity of g...

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Page 1: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 2: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 3: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 4: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 5: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 6: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 7: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 8: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 9: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 10: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 11: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 12: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 13: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 14: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 15: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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Page 16: · Ionisation isomerism. 24 O' 125 v) After 24 only 0-125 g out of the Initial quantity Of g of a radioisotope remains behind. Then its haltZlifë period IS hours 80 hours. 20

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