Calculator theory, newton’s laws , EM forces and digital diary

Newton’s laws are based on principia which can be proved with Keplers orbits and projectile motion and electrodynamics particle and more motion and nuclear scattering force. But the proof at that era would be very interesting. 🎺🎲🍿🎧🎗🧛🏻‍♂️🎖

Share or forward to 1000 people atleast <3 use calendar on computer to remember courses papers etc.

While travelling to remember direction you may ask a person nearby.

Pls maintain digital diary and calendar in notepad or gmail draft and google calendar desktop to remember courses and more . Here’s the google play txt file editor https://play.google.com/store/apps/details?id=vladyslavpohrebniakov.txtpad Use number matrices like excel for maximum benifit. Ps: we could have maintained it in Dos too ❤. Found out after Apple . Can teach in schools. Use calculator and scientific calculator to feel good. Best of luck A calculator display is made of font which comes from triple for loops with equations. Language is made of 26 Pn words with sentences of 7 words length in average with nouns adjectives, adverb, pronouns, verb and preposition. Addition and subtraction are binary operations while multiplication would be intelligent hash tables first made with FPGA. DIvision would be a for loop to guess the right one. Multidigit operations comes from individual digit relations. Trignometric fuctions like sin cos ln etc are Taylor-Maclaurin series with a for loop for factorial and for loop for series. 4*\sum_0^100(-1)^(x+1)/(2x-1) gives pi from subsitiuting atan(1)=pi/4. Definite integral of 10t gives distance under gravity. One must think of algebra & equations, geometry, set theory, complex variables, matrices, trignometery, statistics, calculus, Jacobians and more. ❤ by Dr. Harish Kelwinpasteur Ravi. You can show a demo of this to a kid with a calculator or a calculator app. In physics there would be units and dimensions, constants, motion, friction and rigid body, gravitation, work, energy and power, properties of matter, thermodynamics, oscillations and waves, relativity , optics . At a higher level, there's classical physics, quantum physics, statistical physics and electrodynamics. In electronic and electrical engineering, it starts with ohms law which starts with the drude model. With laplacians, a network of differential equations can be solved. Then there would be VLSI, Power electronics, Analog and digital, solid state physics and communication systems. You can see electronics in the devices you operate. Speedometer = Dynamo + Potential divider + Voltmeter. Come have an adventure in the sciences. I found T^pi in suspended graphene like the stephan boltzman T^4 law, I discovered shadow locate GPS app and worked on the simple brain model at home how cool is that for an adventure. you can play many games here with me. Extremeadventureinc 89, Sai Sankalp, 5th Main, 14th Cross, Srinidhi Layout, JP Nagar 8 th phase, Srinidhi Layout, 8th Phase, J. P. Nagar, Bengaluru, Karnataka 560062 082773 92080 https://goo.gl/maps/wkMdCHPcQkHccesL6

These theories are quite interesting. Chill on. <3