My Favorite Fractals Step into a mesmerizing world of intricate patterns and endless beauty with My Favorite Fractals. These books in two volumes are a visual journey through stunning, high-resolution fractals-geometric figures with complex, self-repeating borders that create wild and wonderful images. Designed for all ages, My Favorite Fractals captivates young children, engages school-aged learners, and fascinates adults alike. Whether you're a toddler marveling at the vivid designs, a student exploring mathematical beauty, or an adult appreciating the artistic depth, this book invites you…mehr
My Favorite Fractals Step into a mesmerizing world of intricate patterns and endless beauty with My Favorite Fractals. These books in two volumes are a visual journey through stunning, high-resolution fractals-geometric figures with complex, self-repeating borders that create wild and wonderful images. Designed for all ages, My Favorite Fractals captivates young children, engages school-aged learners, and fascinates adults alike. Whether you're a toddler marveling at the vivid designs, a student exploring mathematical beauty, or an adult appreciating the artistic depth, this book invites you to lose yourself in the magic of fractals. Each image is a masterpiece, created using Fractal Forge, a powerful tool for generating intricate mathematical art. With every page, you'll find new details to discover, colors that ignite the imagination, and patterns that seem to stretch infinitely. Looking at this book doesn't just entertain-it makes you feel smarter, drawing you into the fascinating world of mathematical wonder. Whether for curiosity, education, or pure visual delight, My Favorite Fractals is a book to enjoy over and over again. Perfect for all ages - toddlers, children, and adults alike Awe-inspiring fractal images - high-resolution, colorful, and endlessly fascinating A blend of art and mathematics - discover the beauty of structured chaos Dive into the endless patterns of My Favorite Fractals and let your mind wander through infinite possibilities!
After 30 years of software development, David McAdams was looking for something new to do. He turned his attention to how math is taught. Through his coursework at Utah Valley University, he learned how critical vocabulary acquisition is to all learning, and especially to math. Math has long been regarded as its having its own language, with its own syntax and symbols. The acquisition of this language has been found to be a barrier to many students. After the completion of his internship, Mr. McAdams finished compiling math vocabulary words into a comprehensive dictionary, written for middle school and high school students. "All Math Words Dictionary" is the culmination of ten years work collecting, classifying and describing all of the words a student might encounter in their studies of algebra, geometry, and calculus. This book has over 3000 entries; more than 140 notations defined; in excess of 790 illustrations; an IPA pronunciation guide; and greater than 1400 formulas and equations. While working on the dictionary, between playing with his grandchildren, Mr. McAdams started developing other ideas for math literacy. The results are "Numbers", "What is Bigger than Anything (Infinity)", "Swing Sets (Set Theory)", and "Learning with Play Money". Branching out, Mr. McAdams took a departure from tools for teaching math, moving into the arena of pure mathematical delight. This results in two volumes of "My Favorite Fractals". While reading a book on color names to his grandson Sawyer, he got to thinking how boring books on color names are for adults. "What in the natural," he mused, "has enough of the primary and secondary colors to teach color names to children?" His first answer was either frogs or parrots. He created "Parrot Colors", "Flower Colors", and "Space Colors". Returning to math, Mr. McAdams created a book to help children learn shapes, called "Shapes". He remembered how, in his youth, he found a few printouts of geometric nets and was fascinated how they folded together into complex, 3-dimensional objects. He prepared "Geometric Nets Project Book", then "Geometric Nets Mega Project Book" with many geometric nets read to cut out and assemble. What can one get for the math aficionado who has everything? Mr McAdams created the books "The First Million Digits of Pi", "The First Million Digits of e", "The Square Root of Two to One Million Digits", "The First Hundred Thousand Prime Numbers". Many young math learners become fascinated with how math works. Mr. McAdams wrote "One Penny, Two" to illustrate through a stories how fast powers of two increase with each iteration. Sig is given a magic box. If you put a penny in it, the pennies double each day as long as none are taken out. Sig decides he wants a dark green convertible sports car. Follow Sig trial as he sets his sights on his goal.
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