H5P activities list

This book includes 326 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
252.5.3: Deriving Number of Atoms from Mass for an ElementFill in the Blanks
263.2.1: Calculating the Energy of RadiationFill in the Blanks
272.3.3: Calculation of Percent AbundanceFill in the Blanks
283.2.2: Photoelectric EffectFill in the Blanks
293.3.1: Calculating the Energy of an Electron in a Bohr OrbitFill in the Blanks
303.3.2: Calculating the Energy and Wavelength of Electron Transitions in a One–electron (Bohr) SystemFill in the Blanks
314.1.1: Quantum Numbers and Electron ConfigurationsFill in the Blanks
323.4, Example 2: Predicting Electron Configuration of IonsFill in the Blanks
333.5, Example 1: Sorting Atomic RadiiFill in the Blanks
344.4, Example 1: Ranking Ionization EnergiesMultiple Choice
355.3.1: Composition of IonsFill in the Blanks
365.3.2: Formation of IonsFill in the Blanks
375.3.3: Predicting the Formula of an Ionic CompoundFill in the Blanks
385.3.5: Predicting the Type of Bonding in CompoundsAdvanced fill the blanks
395.3.4: Predicting the Formula of a Compound with a Polyatomic AnionFill in the Blanks
408.3.3: Assigning Oxidation NumbersDrag and Drop
415.4.2: Naming Covalent CompoundsFill in the Blanks
425.5.2: Computing Formula Mass for an Ionic CompoundFill in the Blanks
435.7.3: Determining a Compound’s Empirical Formula from the Masses of Its ElementsFill in the Blanks
445.5.3: Deriving Moles from Grams for a CompoundFill in the Blanks
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