H5P activities list

This book includes 261 H5P activities. Only those which have been inserted into book content will be included if the book is cloned.

ID Title Activity type Show/Hide
415.3.3: Predicting the Formula of an Ionic CompoundFill in the Blanks
425.3.4: Predicting the Formula of a Compound with a Polyatomic AnionFill in the Blanks
435.3.5: Predicting the Type of Bonding in CompoundsAdvanced fill the blanks
445.4.1: Naming Ionic CompoundsDrag and Drop
455.4.2: Naming Covalent CompoundsDrag and Drop
465.5.1: Computing Molecular Mass for a Covalent CompoundFill in the Blanks
475.5.2: Computing Formula Mass for an Ionic CompoundFill in the Blanks
485.5.3: Deriving Moles from Grams for a CompoundFill in the Blanks
495.5.4: Deriving Grams from Moles for a CompoundFill in the Blanks
505.7.1: Calculation of Percent CompositionFill in the Blanks
515.7.2: Determining Percent Composition from a Molecular FormulaFill in the Blanks
525.7.3: Determining a Compound’s Empirical Formula from the Masses of Its ElementsFill in the Blanks
535.7.4: Determining an Empirical Formula from Percent CompositionFill in the Blanks
545.7.5: Determination of the Molecular Formula for NicotineFill in the Blanks
555.8.1: Balancing Chemical EquationsFill in the Blanks
56Example 6.1.2, Writing Lewis Structures: Octet Rule ViolationsDrag and Drop
576.2, Electronegativity and Bond PolarityDrag and Drop
58**Jim** 6.3, Example 1: Calculating Formal Charge from Lewis StructuresFill in the Blanks
59**Jim 6.3, Example 2: Calculating Formal Charge from Lewis StructuresFill in the Blanks
60**Jim**6.3, Using Formal Charge to Determine Molecular StructureMultiple Choice
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