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More Mid-Century goodness. Frontpiece from "Moving Ahead in Arithmetic" by Bruekner, Merton, Grossnickle, Book Five; Holt, Rhinehart and Winston, NY 1961, 1963.
Visit my blog to learn more about this lapbook: Preparation Education: Kindergarten/1st Grade Math Lapbook
The 17th Annual BC Secondary Schools Math Contest hosted by the University of the Fraser Valley on the Abbotsford campus today.
Rick Collins Photographer - UFV
In January 1897, Swami Vivekananda arrived in Colombo with his small group of Western disciples. Two monasteries were founded by him, one at Belur, which became the headquarters of Ramakrishna Mission and the other at Mayavati on the Himalayas, near Almora called the Advaita Ashrama. These monasteries were meant to receive and train young men who would eventually become sannyasis of the Ramakrishna Mission, and to give them a training for their work. The same year the philanthropic activity was started and relief of the famine was carried out.
Swami Vivekananda's days as a parivrajaka (wandering monk) before his visit to Parliament of Religions, took him through many parts of India and he visited several architectural monuments like the Taj Mahal, Fatehpur Sikri palaces, Diwan–I–Khas, palaces of Rajasthan, ancient temples of Maharashtra, Gujarat, Karnataka, Tamil Nadu and other places. During his tour in America and Europe, he came across buildings of architectural importance of Modern, Medieval, Gothic and Renaissance styles. It is reported that Vivekananda incorporated these ideas in the design of the Belur Math temple.
Swami Vijnanananda, a brother-monk of Swami Vivekananda and one of the monastic disciples of Ramakrishna, who was, in his pre-monastic life, a civil engineer, designed the temple according to the ideas of Vivekananda and Swami Shivananda, the then President of Belur Math laid the foundation stone on 16 May 1935. The massive construction was handled by Martin Burn & Co.. The mission proclaims the Belur Math as, "A Symphony in Architecture"
I never realized before that the length of a regular hexagon's sides is the same as the radius of the circle that runs through all the vertices!
Aug 27, 2007 Welcome back teachers. Math teachers already busy with Problem Solving (L-R: Mr. D. Brooks, Ms. L. Kong, Mrs. A. Raynes and Mrs. N. Dolgetta).
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This is the chalkboard in our classroom. It displays some really nicely drawn math equations like this one displaying Pi, the equation for circumference, and area
Dessiné sur le cahier d'une fille de ma classe, qui me l'a demandé.
Drawn on the copybook of one of my schoolmate, who asked me to.
Visit my blog to learn more about this lapbook: Preparation Education: Kindergarten/1st Grade Math Lapbook
Homemade Montessori Inspired Math Activity for Preschoolers. Blogged about here: theattachedmama.blogspot.com/2010/06/preschool-math-monte...
Levi likes math, at least for now, and came up with this comprehensive list of all possible equations. November 2009 Camera info: Canon EOS 5D Mark II, EF70-200mm f/4L IS USM, 1/80 sec at f/5.0, focal length 121 mm, ISO 800 Copyright 2009 Stephen T. Shankland