The waters of the oceans contain many elements in trace amounts. Rubidium, for example, is present at the level of 2.2 nM (1 nM = 10-9 M). How many ions of rubidium are present in 0.1 L of seawater?

Chemistry & Chemical Reactivity
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Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
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Chapter1: Basic Concepts Of Chemistry
Section: Chapter Questions
Problem 28GQ: Which observations below describe chemical properties? (a) Sodium metal reacts violently with water....
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10-9 M). How many ions of rubidium are
The waters of the oceans contain many elements in trace amounts. Rubidium, for example, is present at the level of 2.2 nM (1 nM =
present in 0.1 L of seawater?
OA: 8.48×1o13
B: 1.06x1014| OC: 1.32x1014 OD: 1.66x1014
E: 2.07x1014 OF: 2.59x1014
G: 3.23x1014
H: 4.04x1014
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How many liters would have to be processed to recover 610 kg of rubidium, assuming that the recovery process was 100% efficient?
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Transcribed Image Text:10-9 M). How many ions of rubidium are The waters of the oceans contain many elements in trace amounts. Rubidium, for example, is present at the level of 2.2 nM (1 nM = present in 0.1 L of seawater? OA: 8.48×1o13 B: 1.06x1014| OC: 1.32x1014 OD: 1.66x1014 E: 2.07x1014 OF: 2.59x1014 G: 3.23x1014 H: 4.04x1014 Submit Answer Tries 0/99 How many liters would have to be processed to recover 610 kg of rubidium, assuming that the recovery process was 100% efficient? Submit Answer Tries 0/99
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