STEM Project Research
Reference Websites
112 Physics; exact sciences in general . . 21 ... 161 Computer & information technologies . 36 ... tions of sailing and interacting with sailors.
www.jstor.organd Technology, University of California, ... information specialists to study the his- tory of science. ... losophy and History of Physics, 1-8 [ref.
www.jstor.org112 Physics & exact sciences . . . . . . 23 ... 160 Technology, general works . . . . . 43 ... priate Model for Teaching Differential Calculus in. Physics.
www.jstor.orgIn addition to the above sources of information, ... the Society for the History of Technology, ... (astronomy, physics, chemistry; but for works.
www.jstor.orgin Science, Technology, and Society at M.I.T. ... ed and contributed to From the Calculus to Set ... sional literature in astronomy, physics, history of.
www.jstor.orgAstron. Journal for the History of. Astronomy. *J. Hist. Behav. Sci. Journal of the History ... The control of government-sponsored technical information.
www.jstor.orgM. W. WARTOFSKY: Philosophy of technology. Part 4: Philosophical founda- tions of various scientific disciplines. N. CARTWRIGHT: Philosophy of physics.
www.jstor.orgScience and Technology in World History. An ... Philosophy of Physics; Part IV: Studies in the ... Reviews electronic access to Philosophical Transac-.
www.jstor.orgNathan Sivin, Massachusetts Institute of Technology ... Astron.) *Journal of the History of Behavioral Sciences. (J. Hist. Behavi Sci.).
www.jstor.orginformation can be found in the classified sec- ... History of Technology ... Astron. Soc. Can. Journal of the. Royal Astronomical Society of Canada.
www.jstor.orgAI-Generated Project Ideas
- Design and build a digital wind instrument that can analyze the physics of wind patterns on a sailboat during sailing competitions.
- Create a digital calculator that can solve complex calculus equations in a physics experiment.
- Develop a virtual reality application that explores the physics of astronutrition and its impact on space exploration and human survival.
- Design and construct a fully autonomous sailboat that utilizes digital technology to navigate around obstacles and reach its destination using complex calculus equations.
- Investigating the physics of sailing: examining how sailboats move using principles of aerodynamics, including air resistance, lift, and drag.
- Calculating orbits: using calculus to predict the path of celestial objects in the sky.
- Developing a digital simulation of the solar system: using digital technology to create a virtual model of the planets and their orbits.
- Building a digital telescope: leveraging digital technology to create a telescope capable of capturing images of distant galaxies and celestial bodies.