Ch. 5 | Water Everywhere
- Menu
-
Interactives
- Ch. 1 | Portable Electronics: The Periodic Table in the Palm of Your Hand
- Ch. 2 | The Air We Breathe
- Ch. 3 | Radiation from the Sun
- Ch. 4 | Climate Change
- Ch. 5 | Water Everywhere
- Ch. 6 | Energy from Combustion
- Ch. 7 | Energy from Alternative Sources
- Ch. 8 | Energy Storage
- Ch. 9 | The World of Polymers and Plastics
- Ch. 10 | Brewing and Chewing
- Ch. 11 | Nutrition
- Ch. 12 | Health & Medicine
- Ch. 13 | Genes and Life
- Ch. 14 | Who Killed Dr. Thompson? A Forensic Mystery
- What's Inside
- Lab Manual
- About the Authors
- Workshops
-
Interactives
In this chapter, you will dive deeper into Water and how it plays a role in nearly everything that takes place on our planet. Here you will find the videos, simulations, and articles for both the 10th Edition and the 2024 Release:
This video sets the stage for what students will learn about properties of water in Chapter 5.
This PhET simulation allows students to change atoms in a molecule to see the effects on polarity and can be used to answer Your Turn 5.6.
This interactive illustrates hydrogen bonding, as shown in Figure 5.5.
This simulation shows what happens to water molecules as temperature is altered.
This interactive figure shows the total fresh and saltwater uses in the U.S., as shown in Figure 5.11.
This PhET simulation shows how the relative amounts of solute or solvent affect the concentration of the solution.
This video illustrates techniques for solution preparation, as shown in Figure 5.18.
This PhET simulation shows how the moles of a solute or volume of a solvent affects the molarity of the solution.
This animation shows sodium chloride dissolving in water, as referenced in Figure 5.19.
This video investigates the solubility characteristics of various ionic compounds.
This video illustrates double displacement reactions between aqueous solutions and can be used to answer Your Turn 5.28.
See a 3D rendering of sucrose, as shown in Figure 5.20.
This video illustrations the conductivity of solutions, as shown in Figure 5.21.
This video shows how water and oil are not miscible with each other, as referenced in Figure 5.24.
See a 3D rendering of a surfactant, as shown in Figure 5.25.
This video demonstrates the change in pH during a neutralization reaction.
This PhET simulation allows students to test the pH and visualize the ions in solutions of household substances.
This PhET simulation shows how relative concentrations of strong or weak acids and bases affect the pH of the solution.
This video shows how increasing the acidity of water can cause the dissolution of an eggshell through a chemical reaction.
This video illustrates the behavior of a semipermeable membrane.
This video sets the stage for what students will learn about properties of water in Chapter 5.
This PhET simulation allows students to change atoms in a molecule to see their effects on polarity. It can be used to answer Your Turn 5.3.
This simulation shows what happens to water molecules as temperature is altered.
People Without Access to Safe Drinking Water
Interactive map showing the number of people without access to safe drinking water, 2000-2020.
Check out this interview with Dr. Chris Reddy from the Woods Hole Oceanographic Institution, who describes what it is like to study marine pollution worldwide.
An interactive map of water use in the U.S.
An interactive drought monitor, showing a map of aridification in the U.S.
This interactive calculates your daily water footprint.
This video shows examples for naming ionic compounds.
Mercury Ion Concentrations Tutorial
Learn more about unit conversion contaminants in this lightboard tutorial video.
This PhET simulation shows how the relative amounts of solute or solvent affect the concentration of the solution.
This video illustrates techniques for solution preparation, as shown in Figure 5.19.
This video investigates the solubility characteristics of various ionic compounds.
This video illustrates double displacement reactions between aqueous solutions.
See a 3D rendering of sucrose, as shown in Figure 5.20.
This video shows how water and oil are not miscible with each other, as referenced in Figure 5.24.
See a 3D rendering of a surfactant, as shown in Figure 5.25.
Check out this interview with Joseph DeSimone, who describes the use of carbon dioxide for dry-cleaning and the hurdles involved in getting new technologies to market.
This interactive map shows regions of PFAS contamination in the U.S.
This lightboard video demonstrates pH calculations for acidic and basic solutions.
This PhET simulation allows students to test the pH and visualize the ions in solutions of household substances.
This video shows the level of acidity for various food items.
This video describes the reactions involved in ocean acidification.
This interactive shows how coral cover has changed worldwide since 1980.
This website summarizes results from the EPA's programs to fight acid rain in the U.S.
Where are Acid Levels Worse in the U.S.?
This website shows the locations where the EPA monitors acid levels in lakes across the U.S.