Mason Jar Science 40 Slimy Squishy Super Cool Experiments Capture Big Discoveries in a Jar from the Magic of Chemistry and Physics to the Amazing Worlds of Earth Science and Biology by Workman
Mason Jar Science 40 Slimy Squishy Super Cool Experiments by Workman 1
Mason Jar Science 40 Slimy Squishy Super Cool Experiments by Workman 2
Mason Jar Science 40 Slimy Squishy Super Cool Experiments by Workman 3
Mason Jar Science 40 Slimy Squishy Super Cool Experiments by Workman 4
Mason Jar Science 40 Slimy Squishy Super Cool Experiments by Workman 5
Mason Jar Science 40 Slimy Squishy Super Cool Experiments by Workman 6

Mason Jar Science: 40 Slimy, Squishy, Super-Cool Experiments

By Workman Publishing
$14.95
Description
Heatproof, transparent, and durable, the mason jar is a science lab just waiting to be discovered. Unlock its potential with 40 dynamic experiments for budding scientists ages 8 and up. Using just a jar and a few ordinary household items, children learn to create miniature clouds, tiny tornadoes, small stalactites, and, of course, great goo and super slime! With a little ingenuity, the jar can be converted into a lava lamp, a water prism, a balloon barometer, and a compass. Each fun-packed project offers small-scale ways to illustrate the big-picture principles of chemistry, botany, biology, physics, and more.
2 in stock, ready to ship

Pickup available at 57 King Street

Usually ready in 2 hours
A2Z SKU: 338211
Vendor Code: WRK978161219860
Age Range: 8+
Author / Illustrator: Jonathan Adolph
View details
Heatproof, transparent, and durable, the mason jar is a science lab just waiting to be discovered. Unlock its potential with 40 dynamic experiments for budding scientists ages 8 and up. Using just a jar and a few ordinary household items, children learn to create miniature clouds, tiny tornadoes, small stalactites, and, of course, great goo and super slime! With a little ingenuity, the jar can be converted into a lava lamp, a water prism, a balloon barometer, and a compass. Each fun-packed project offers small-scale ways to illustrate the big-picture principles of chemistry, botany, biology, physics, and more.