In a series of fun and involving hands-on physics experiments, kids charge an object with static electricity, demonstrate how static charges produce sound, use magnetic force to suspend a paper airplane, determine that objects in water have a different weight than they do in air, and learn how a substance’s buoyancy can be changed. They will also determine if shape determines the strength of an object, learn the effect that an object’s center of gravity has on motion, demonstrate how the length of a pendulum affects the time of each swing, and discover how the center of gravity is also the balancing point of an object. Featuring color illustrations and safe, simple step-by-step instructions, Janice VanCleave again shows just how much fun science can be.

In a series of fun and involving hands-on physics experiments, kids learn how to create and operate first-, second-, and third-class levers, demonstrate apparent weightlessness, and determine an object's precise center of gravity and balancing point. They will also demonstrate how a rocket moves, how the length of a flute affects pitch, and how to create sound through vibration. Featuring color illustrations and safe, simple step-by-step instructions, Janice VanCleave shows just how much fun science can be.

In a series of fun and involving hands-on physics experiments, kids learn how airspeed affects flight, how unbalanced forces produce motion, how polarized light moves, how to separate light into colors, and how a mirror affects the reflected image. They will also determine and demonstrate why popcorn pops, how temperature affects the bounce of a rubber ball, the effect of solids on the speed of sound, and how the length of a flute affects the pitch of the sound it produces. Featuring color illustrations and safe, simple step-by-step instructions, Janice VanCleave again shows just how much fun science can be.

In a series of fun and involving hands-on earth science experiments, kids learn why the Earth bulges at the equator, demonstrate the movement of the Earth’s axis, determine how the composition of the Earth affects its motion, and replicate the cause of the day-and-night cycle. They will also determine why the sky is not dark as soon as the Sun sinks below the horizon, learn how salt beds are formed, demonstrate how air takes up space, observe the effects of cool and warm temperatures on air movement, and replicate the formation of sea breezes. Featuring color illustrations and safe, simple step-by-step instructions, Janice VanCleave again shows just how much fun science can be.

In a series of fun and involving hands-on earth science experiments, kids learn why the atmosphere is thinner at the Earth's poles, how a lunar eclipse can indicate Earth's shape, and how to create a Foucault's pendulum. They will also demonstrate continental drift, learn how to model meridians and parallels, and create a topographic map and a 3D model of a mountain. Featuring color illustrations and safe, simple step-by-step instructions, Janice VanCleave shows just how much fun science can be.

In a series of fun and involving hands-on earth science experiments, kids learn how crystals and metamorphic and sedimentary rocks form, why seismic waves move more slowly through sand, the effect of rain on hills with and without ground cover, the effect of acid on statues, and how freezing water causes rock movement. They will also determine and demonstrate how rain affects topsoil, what amount of pressure is required to fold the Earth�s crust, how a gentle breeze can move heavy objects, and how air pressure can be used to create a spraying fountain. Featuring color illustrations and safe, simple step-by-step instructions, Janice VanCleave again shows just how much fun science can be.

In a series of fun and involving hands-on physics experiments, kids charge an object with static electricity, demonstrate how static charges produce sound, use magnetic force to suspend a paper airplane, determine that objects in water have a different weight than they do in air, and learn how a substance’s buoyancy can be changed. They will also determine if shape determines the strength of an object, learn the effect that an object’s center of gravity has on motion, demonstrate how the length of a pendulum affects the time of each swing, and discover how the center of gravity is also the balancing point of an object. Featuring color illustrations and safe, simple step-by-step instructions, Janice VanCleave again shows just how much fun science can be.