Have you ever considered the math and science involved in something as artistic as dance? In this video we take a metaphorical walk through the amazing dance moves demonstrated to us by members of the Dallas Black Dance Theater. Physics especially contributes to dance, and you can learn more about the following properties in this video: Gravity and Friction... CONTINUE READING
Have you ever considered the math and science involved in something as artistic as dance? In this video we take a metaphorical walk through the amazing dance moves demonstrated to us by members of the Dallas Black Dance Theater. Physics especially contributes to dance, and you can learn more about the following properties in this video: Friction, Horizontal and Vertical Momentum, Torque, Center of Gravity, Inertia, Newton's 3rd Law of Motion, Angular Momentum... CONTINUE READING
Have you ever considered the math and science involved in something as artistic as dance? In this video we take a metaphorical walk through the amazing dance moves demonstrated to us by members of the Dallas Black Dance Theater. Physics especially contributes to dance, and you can learn more about the following properties in this video: Gravity, Center of Gravity, Normal & Gravitational Forces, Angles, Symmetry, Horizontal and Vertical Movement, Momentum... CONTINUE READING
Why are gears used? What do they do? Join Dr. Glen Whitney, Founder of the National Museum of Mathematics, as you discover the power of using gears, and how they help the sculpture, Hammering Men, in NorthPark Center. This video was supported by NorthPark Center. Supplementary Activity Guides for this video to extend student learning for K-12 grade levels are freely available here: https://talkstem.org/talks... CONTINUE READING
How did the artist create movement in this sculpture? Join Dr. Glen Whitney, Founder of the National Museum of Mathematics, as you discover the power of 4 bar linkages, and how they enable the arms of the Hammering Men to move. This video was supported by NorthPark Center. Supplementary Activity Guides for this video to extend student learning for K-12 grade levels are freely available here: https://talkstem.... CONTINUE READING
Hear from the panelists briefly share their perspectives on Science, Technology, Engineering, Arts, and Mathematics – or STEAM.... CONTINUE READING
Join Sam Baker of KERA Public Radio as he moderates a panel with creative and technical professionals from across the Dallas Arts District and discovers how STEM is part of their work. Curators, dance choreographers, and other professionals who shape the offerings of key institutions in the Dallas Arts District share their perspectives on the math and science embedded in the work that they do. Supplementary Activity Guides for this video to extend student learning for K-12 grade levels are freel... CONTINUE READING
Join Sam Baker of KERA Public Radio as he moderates a panel with creative and technical professionals from across the Dallas Arts District and discovers how STEM is part of their work. Curators, dance choreographers, and other professionals who shape the offerings of key institutions in the Dallas Arts District share their perspectives on the math and science embedded in the work that they do. Supplementary Activity Guides for this video to extend student learning for K-12 grade levels are freel... CONTINUE READING
The sculpture Sky uses a structural system of fiberglass rods to keep all of its components supported and in place. The arrangement of these rods make use of tension and compression forces to spread out weight and and force along the entire structure – something that we can analyze through basic shapes. This video was supported by the City of Dallas Office of Cultural Affairs. Supplementary Activity Guides for this video to extend student learning for K-12 grade levels are freely available her... CONTINUE READING
The sculpture Luminaria highlights multiple scientific principles involved in the function of aircraft with the shapes cut into the steel cylinders it’s made up of. One of these is, represented by swirling lines, is Bernoulli’s principle, used to characterize how forcing air to travel at different speeds can generate a lifting force. The way this principle is taken advantage of through mechanical engineering to help airplane wings fly is discussed. This video was supported by the City of Dal... CONTINUE READING