Get ready for high school math. You will learn:

Numerals, Making models, Nineteen conversion factor problems, Area of a rectangle, Friction independent of speed, Constants of Proportionality, Exact speed of light, Continuous and discrete variables, Story of the meter, Pendulums, Oblate spheroids, Krypton vs. kryptonite, Square roots, Pilgrims in Massachusetts in 1620, Hard c and soft c, Normal forces, Coefficient of friction, Solving d = rt for r, How ducks pronounce mu, Graphing points, Ordered pairs, Why rocks stop falling, Hunch-conjecture-theory-law, Simultaneity doesn’t exist, Inductive and deductive reasoning, How fossils and astronomy are connected, Hooke’s law, Four ways to stretch a spring, Three meanings of plastic, Static vs. kinetic friction, Nine forms of energy, Energy Cards game, Calamari spaghetti, Poetry of Christina Rossetti, Most filmed spot in the world, Getting grass stains out of pants, Experimentally finding the coefficient of static friction without knowing the weight of the object, How you know you have a liver, Resolving a vector into its components, Addition of vectors, Similar triangles, Slope, Physicists think that there isn’t any work in holding a bowling ball, Kelvin temperature, Law of conservation of energy, Perpetual motion machines, Kilowatt-hours, Photosynthesis, Metric system, Gregorian calendar, Two ways to measure mass, Definition of pi, Inertia, Newton’s first and second laws, Why cramming doesn’t work well, Definition of pressure, Exponents, Density of neutron stars, Computing the mass of an iron atom, Cavalieri’s principle, Pressure at a given depth, Special glass in auto windshields, Buoyancy, Finding the volume of a desk lamp, 80-pound rubber ducky, Official rules of golf, Advantages of cerebrospinal fluid, Air has mass, Why 35-foot straws don’t work, You are alive because ice floats, Gedanken experiments, How water fountains work, Elliptical constructions, Galvani and dead frogs that twitch, Birds sitting on high-voltage power lines, How to buy a cafe, Placing question marks at the end of a quotation, Schematic drawings in electrical circuits, Electrons per second in an ampere, Why we wear clothes on days ending in y, Ohm’s law, Batteries in series, Computing resistance in parallel circuits, Dangers of electricity—Thomas Merton, Museums in New York City, History of the atom: Democritus, Isaac Newton, Henri Becquerel, J. J. Thomson, Ernest Rutherford, Niels Bohr, Principal quantum number, Arnold Sommerfeld, Louis de Broglie, C. J. Divisson and L. H. Germer, Orbital quantum number, Orbital magnetic quantum number, Spin magnetic quantum number, Wolfgang Pauli, Werner Heisenberg, Paul Dirac, Carl David Anderson, Positron.

Hardback, 288 pages