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Cvankerkhove

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Cvankerkhove last won the day on September 27 2017

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About Cvankerkhove

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  1. Dear Mr. Kennedy, I landed on the moon in Kerbal. I am a physics god. Please don't disrespect me -Chris Vank
  2. Hey Mr. Fullerton and anyone whos reading this, its been a pleasure grinding this year. Hope you enjoy this great video and maybe even chuckle a bit.
  3. Pre-Flight Briefing #2: In this mission we will be teaming up with Nicholas Enterprises to use our shared skills and to get into orbit. We will have a more in depth pre-flight briefing to ensure a more successful launch compared to last time. We are splitting the cost 50/50, but 30% of our reward money will go to Nicholas Enterprises. Available Funds: $50,000 (StackBnimble) + $210,000 (Nicholas Enterprises). We will be splitting the costs 50/50 Vehicle Name: yuh Parts: MK16 Parachute,Mk1 Command Pod, 2 18 A Stack decouplers, 3 Fuel Tanks, 4 Hammer Boosters, 4 Radial Decouplers,
  4. Kerbal Space Program Pre-Flight Briefing #1: For our first launch we plan on just getting into the air very high, and if we can safely get into orbit we will achieve milestones, and get safely back to Earth. We will be using a simple rocket with boosters and fuel tanks to minimize cost, but maximize our success. Materials: Command Pod Mk 1: ($600) Parachute Mk16: ($422) 18A Stack Decoupler X2: ($800) Fuel Tank FL-T400 x3: ($1500) Swivel Liquid Fuel Engine x2: ($2400) Radiator Panels x2: ($300) Radial Decoupler TT-38K x4: ($2400) R
  5. So we are coming to a close of the third quarter in AP physics, and therefore it is time for me to write one last blog about how this quarter went in class. We continued with the E and M course, and moved rather quickly as the AP exam would be right after the end of the quarter. Electric Potential came directly after statics, and I found this quite interesting, paticulary derivations concerning Gausses Law. Furthermore, we moved on to circuits and personally this was probably my favorite unit of the course. I really enjoyed learning about RC Circuits and how capacitors and resistors inter
  6. I watched a video from the YouTube account MinutePhysics and it was very interesting about conservation of energy, and staying warm in a cold climate. This video was similar to the one I wrote about in an earlier blog about it it's better to run or walk in the rain. Anyway, the video basically explained that when a person is in a very cold situation, the surface area of they're body exerts almost a protective layer of heat around they're body, of course they will still feel cold in freezing temperatures, however they are warming than they should be. When runnning, there is a draft force
  7. 007 Night fire was my absolute favorite game of all time, except I played on the ps2. The best gun was the rocket launcher where you could shoot it and then control where the missile goes after you shoot it. Do a blog on that gun.
  8. I recall an episode of the Simpsons where Homer and Bart go in a "Zero Gravity Ride" on a jet. In the show, the way the ride works is the jet flies very high above the altitude of Earthy, then when it reaches maximum altitude, does a nose dive towards the surface of the Earth. If we analyze the physics behind this, we can understand that because the jet is in free fall, Bart and Homer are in free fall, and therefore its like "0 Gravity." In reality, there is still a gravitational force acting on them, but it feels like there isn't because of free fall, and the jet falls at the same rate as the
  9. Cvankerkhove

    String Theory

    So recently in physics class, we were talking about relativity and theoretical physics, and String Theory came up. Naturally, I was intrigued by this topic, and so I researched the topic a bit. Basically here is the run down: In physics, particles can be replaced by one dimension things called "Strings." These strings propagate through space and time to interact with each other. A string is basically a quantum particle that carries a gravitational force, and therefore is Quantum gravity. Quantum gravity uses Einstein's theory of gravity using quantum mechanics. Furthermore, I watched a vi
  10. That spring must have an absolutely enormous spring constant in order to launch a nuke!
  11. In gym class we are currently in the Floor Hockey unit, and it has me thinking about all the physics behind hockey, both ice and floor hockey. First of all, in ice hockey, skating is an important feature. The coefficient of kinetic friction between skates and the ice is very, very low, it almost acts as a friction less surface. As result, when hockey players exert a force on the ground to accelerate themselves forward, the only way to stop in time is to turn the skates sideways and let the sharp skates dig in the ice to create a strong force of friction. For similar reasons, when a puck is sho
  12. So i was watching a YouTube video and I came across an interesting concept. This gets into theoretical physics with parallel universes and stuff. So basically the Butterfly Effect states that the smallest action, such as the flap of a butterfly's wings can change the outcome of something in the world thousands of miles away. This implies then that if a person was able to go back in time, and they make one difference, they could change the future in millions of different ways. This leads me to think that there are thousands of parallel universes, some very different from ours and some virtually
  13. Its always awesome when you can apply stuff we learn in physics to a practical use. I remember doing that lab last year.
  14. Recently in our APC physics class we have been doing electricity and magnetism and therefore our labs include creating circuits with wires, resistors, breadboards and batteries. I believe one of the most important things I learned from this lab was that licking a 9-volt battery gives you a shock. I thank Mr. Fullerton for teaching me this trick. When you lick a 9v battery, your tongue acts as a conductor as it is wet and therefore electrons are free to move, both ends are touching your tongue and therefore a mini circuit is created. If you feel a slight shock, that's good: your battery is all
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