Chapter 6: Molar Quantities Purpose Molar relationships are a method of relating and converting measurable quantities. Atoms and moles are too small to count by usual means. A mole is a way of counting any type of particle (atoms, molecules, and formula units). B and A In-Class HW Assignments 2/22 (A) Chapter 8 Test delayed – because of snow day 2/19 (B) and Chapter 6 Notes Chapter 6 Worksheet #1 2/26 (A) (#1-17) 2/25 (B) and Go over Chapter 6 Chapter 6 Worksheet #2 2/28 (A) Worksheet #1 Understanding the Mole Activity 2/27 (B) and Go over Chapter 6 Chapter 6 Worksheet #3 3/4 (A) Worksheet #2 Mole Rotation Lab 3/1 (B) and Go over Chapter 6 Chapter 6 Review Sheet 3/6 (A) Worksheet #3 CSI: Herbicide 3/5 (B) and Go over Chapter 6 Review 3/8 (A) Chapter 6 Test 3/7 (B) 3/11 (B) and 3/12 (A) Vocabulary Mole average atomic mass unit percent composition avogadro’s number AMU empirical formula molar mass molecular formula By the end of this Topic, you should be able to demonstrate proficiency in the following areas: Essential Understandings The average atomic mass for each element is the weighted average of that element’s naturally occurring isotopes. Atoms and molecules are too small to count by usual means. A mole is a way of counting any type of particle (atoms, molecules, and formula units). Avogadro’s number = 6,02 x 1023 particles per mole. Molar mass of a substance is its average atomic mass in grams from the periodic table.
Chapter 6: Molar Quantities Purpose Molar relationships are a method of relating and converting measurable quantities. Atoms and moles are too small to count by usual means. A mole is a way of counting any type of particle (atoms, molecules, and formula units). B and A In-Class HW Assignments 2/22 (A) Chapter 8 Test – delayed because of snow day 2/19 (B) and 2/26 (A) Chapter 6 Notes Chapter 6 Worksheet #1 (#1-17) 2/25 (B) and 2/28 (A) Go over Chapter 6 Worksheet #1 Understanding the Mole Activity Chapter 6 Worksheet #2 2/27 (B) and 3/4 (A) Go over Chapter 6 Worksheet #2 Mole Rotation Lab Chapter 6 Worksheet #3 3/1 (B) and 3/6 (A) Go over Chapter 6 Worksheet #3 CSI: Herbicide Chapter 6 Review Sheet 3/5 (B) and 3/8 (A) Go over Chapter 6 Review Chapter 6 Test 3/7 (B) 3/11 (B) and 3/12 (A) Vocabulary Mole avogadro’s number molar mass average atomic mass unit AMU percent composition empirical formula molecular formula By the end of this Topic, you should be able to demonstrate proficiency in the following areas: Essential Understandings The average atomic mass for each element is the weighted average of that element’s naturally occurring isotopes. Atoms and molecules are too small to count by usual means. A mole is a way of counting any type of particle (atoms, molecules, and formula units). Avogadro’s number = 6,02 x 1023 particles per mole. Molar mass of a substance is its average atomic mass in grams from the periodic table.
Chapter%206%20Syllabus.docx