anastasiafalls Goto Github PK

• 👋 Hi, I’m @anastasiaFalls
• 👀 I’m interested in LOTS OF STUFF and I like making things sometimes #This is where I post projects I make in my free time. <3
• check it out >:D
• (See Repositories)

-Things I Love 🩷:

• Classical, Ambient, Psychedelic, and Rock music
• Science of all kinds
• Miscellaneous Trivia
• Playing my Guitars or Drawing
• Harry Potter
• Cooking
• Gardening
• Contemporary and baroque art
• Sociology and History
• Baseball practice on a sunny day
• Y2K
• Debate
• Movies (80’s, 90’s, 00’s 10’s)
• Extreme and turbulent weather
• Pin-up fashion
• The Ocean
• Self improvement
• Romanticism

-Favorite things to study 💋:

• Cosmology
• World war 1 & 2
• Zoology
• Botany
• Abnormal psychology
• Existentialist Philosophy
• Strange Human Phenomena
• Criminology
• Physics of relativity
• International affairs
• Applied mathematics and physics
• Principles of Music
• European History
• Substances and the Brain

-🌱 I’m currently learning C++, Python, Model Rocketing, University Physics II, III

• 💞️ I’m looking to collaborate on any project! -** 📫 How to reach me** ([email protected], or zephrongalaxy on Instagram)

• 😄 Pronouns: love/you

• ⚡ Fun fact: If you have ever read a clock, or a hand watch, you have probably seen

• “Quartz” on it. That is because each quartz clock or watch contains a small piece of quartz,

• usually shaped like a musician's tuning fork. The battery inside a quartz clock, watch or

• timepiece sends electricity to the quartz crystal via an electronic circuit. The quartz crystal

• produces vibrations to echo around the timepiece and back into the internal forks, causing

• the fork's prongs to vibrate 32,768 times per second. The circuit measures the number of vibrations,

• and generates one electronic pulse per every 32,768 vibrations. If a quartz clock is tuned correctly,

• the vibrations should equal out to one electronic pulse per second. These pulses power the gear

• wheels forward, in turn moving the clock's hands clockwise around the clock dial.

• Can't imagine how amazing it must have felt to figure that out.