1. Identify each of the following as a strong electrolyte, weak electrolyte, or non-electrolyte. (Hint: look at the solubility rules for ionic compounds). H,SO, PbI, NaOH MgCl,

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Chapter1: Chemical Foundations
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Make sure to show your work. Your answers should have the
correct number of significant figures.
1. Identify each of the following as a strong electrolyte, weak
electrolyte, or non-electrolyte. (Hint: look at the solubility
rules for ionic compounds).
РЫ,
H,SO,
MgCI,
NaOH
2. Determine the oxidation numbers of the atoms/ions in each
of the following.
3. Write the oxidation and reduction half reactions for the
following redox reaction. Make sure to label which is the
oxidation and which is the reduction. (The number of
electrons in both half reactions should be equal. You may
balance the equation first if it helps you.)
4. Write the ionic equation and net ionic equation for the
following reaction. (Make sure to balance the equation.)
5. Determine the concentration in mol/L (M) of a solution of
18.25 g of HCl in 250.0 mL of water and identify which
species is the solvent and which species is the solute.
Transcribed Image Text:Make sure to show your work. Your answers should have the correct number of significant figures. 1. Identify each of the following as a strong electrolyte, weak electrolyte, or non-electrolyte. (Hint: look at the solubility rules for ionic compounds). РЫ, H,SO, MgCI, NaOH 2. Determine the oxidation numbers of the atoms/ions in each of the following. 3. Write the oxidation and reduction half reactions for the following redox reaction. Make sure to label which is the oxidation and which is the reduction. (The number of electrons in both half reactions should be equal. You may balance the equation first if it helps you.) 4. Write the ionic equation and net ionic equation for the following reaction. (Make sure to balance the equation.) 5. Determine the concentration in mol/L (M) of a solution of 18.25 g of HCl in 250.0 mL of water and identify which species is the solvent and which species is the solute.
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