A. Concentration Units 1.Complete the following table for aqueoUs solutions of Aluminum nitrate. Mass of Solute Volume of Molarity Solution a 1.672 g b) 2.544 g c) 145.0 mL 1.688 M 894 mL 0.729 M

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Chapter1: Chemical Foundations
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Hi! Can someone answer A. no. 1? Kindly indicate the formula also. Thank you very much!
Sweet tea is often made by dissolving a lot of sugar in water, brewing the tea, and
then chilling. Explain what happens to the boiling point of water when sugar is added.
The concentration of solutions can be expressed in a variety of ways which are all
involved in chemical reactions particularly the quantities of solutions. Colligative
properties of solutions depend only on the concentration of solute particles, not on
their identity.
A. Concentration Units
1.Complete the following table for aqueous solutions of Aluminum nitrate.
Mass of Solute
Volume of
Molarity
Solution
1.672 g
b) 2.544 g
145.0 mL
1.688 M
0.729 M
894 mL
2. Complete the following table for aqueous solutions of caffeine, CaHioO2Na.
Molality
Mass Percent
Ppm
Solute
Mole Fraction
Solvent
0.900
Solvent
1269
b)
c)
0.2560
85.5
d)
B. Stoichiometry Calculation of Solutions
1. Nitric acid, HNO3 is extensively used in the manufacture of fertilizer. A bottle
containing 75.0 mL of nitric acid solution is labeled 6.0 M HNO3.
a. How many moles of HNO3 are in the bottle ?
b. A reaction needs 5.00g of HNO3. How many ml of solution are required?
dded to the solution. What is the molarity of the resulting
Transcribed Image Text:Sweet tea is often made by dissolving a lot of sugar in water, brewing the tea, and then chilling. Explain what happens to the boiling point of water when sugar is added. The concentration of solutions can be expressed in a variety of ways which are all involved in chemical reactions particularly the quantities of solutions. Colligative properties of solutions depend only on the concentration of solute particles, not on their identity. A. Concentration Units 1.Complete the following table for aqueous solutions of Aluminum nitrate. Mass of Solute Volume of Molarity Solution 1.672 g b) 2.544 g 145.0 mL 1.688 M 0.729 M 894 mL 2. Complete the following table for aqueous solutions of caffeine, CaHioO2Na. Molality Mass Percent Ppm Solute Mole Fraction Solvent 0.900 Solvent 1269 b) c) 0.2560 85.5 d) B. Stoichiometry Calculation of Solutions 1. Nitric acid, HNO3 is extensively used in the manufacture of fertilizer. A bottle containing 75.0 mL of nitric acid solution is labeled 6.0 M HNO3. a. How many moles of HNO3 are in the bottle ? b. A reaction needs 5.00g of HNO3. How many ml of solution are required? dded to the solution. What is the molarity of the resulting
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