The diagram above represents a particle in aqueous solution. Which of the following statements about the...

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The diagram above represents a particle in aqueous solution. Which of the following statements about the particle is correct? (A) The particle must be a cation because the negative end of each water molecule is pointed toward it. (B) The particle must be an anion because the positive end of each water molecule is pointed toward it. (C) The charge of the particle cannot be determined because water molecules have no net charge. The diagram above represents a particle in aqueous solution. Which of the following statements about the particle is correct? (A) The particle must be a cation because the negative end of each water molecule is pointed toward it. (B) The particle must be an anion because the positive end of each water molecule is pointed toward it. (C) The charge of the particle cannot be determined because water molecules have no net charge. (D) The charge of the particle cannot be determined because the water molecules are arranged symmetrically and their partial charges cancel. CA 90 and YA 8 MacBook Air W The diagram above represents a particle in aqueous solution. Which of the following statements about the particle is correct? (A) The particle must be a cation because the negative end of each water molecule is pointed toward it. (B) The particle must be an anion because the positive end of each water molecule is pointed toward it. (C) The charge of the particle cannot be determined because water molecules have no net charge. The diagram above represents a particle in aqueous solution. Which of the following statements about the particle is correct? (A) The particle must be a cation because the negative end of each water molecule is pointed toward it. (B) The particle must be an anion because the positive end of each water molecule is pointed toward it. (C) The charge of the particle cannot be determined because water molecules have no net charge. (D) The charge of the particle cannot be determined because the water molecules are arranged symmetrically and their partial charges cancel. CA 90 and YA 8 MacBook Air W

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SOLUTION Due to the polar nature of water molecules which h... View the full answer