Jump to content
  • entries
    30
  • comments
    23
  • views
    3,028

Entries in this blog

Hotwheels

I spent a lot of my childhood with hotwheels, whether it be putting insane tracks together or just watching the cars fly around the track. Hotwheels are best described as miniature cars that can be sent around tracks at ridiculous speeds to do crazy things. Some of the stunts my cars did were jumping tracks, going through King Kong's mouth, and doing loops around other sections of track. The cars are usually launched by two spinning foam wheels that rotate in opposing directions with a smal

VagueIncentive

VagueIncentive

Demolishing Buildings

Everything that goes up must come back down. This is true for everything affected by gravity, including buildings. Demolishing buildings is actually a business, because of how complicated it can be. Sometimes just a bunch of heavy equipment and a few machines will suffice, but with larger buildings like offices and skyscrapers, keeping,the rubble inside the lot as it collapses is a big deal. The way this is done is usually by using controlled explosions going off in sync. The way these expl

VagueIncentive

VagueIncentive

The Physics of Hydroplaning

Most people know about what hydroplaning is, but not how it works and how to prevent it, or how to stay in control if it happens.  What happens when you are hydroplaning? The car's tires are lifted off of the road by the water. This happens because of the way water moves as it is pushed by the tires. If the tires can't push enough water out of the way, the pressure builds up and lifts the tire from the road, resulting in a complete of friction and as such control. What should you do if

VagueIncentive

VagueIncentive

Shoot your Grade Lab, attempt 2

Our second lab was an interesting one: predict where the ball will land after one shot from a projectile launcher, and you get a 100. If you miss, its a 0. But, the whole class was involved, so the end result was a very disorganized lab. On the first shot, we measured the angle and change in Y, then the X distance and the time it took from launch to landing. This was used to calculate the resultant initial velocity of the ball. Then the angle and height of ball was changed, so we re-measured the

VagueIncentive

VagueIncentive

About me

AP Physics C. It's hard to believe I'm taking a college level physics class for the second time, but here I am. I have always been interested in the topics that physics covers, because I love pretty much any type of deep scientific research. I've always been good at science, and with technology of most kinds. The relationship between technology and physics is often overlooked, but it plays a massive part in almost everything we take for granted today, like GPS and cell service. How else would we

VagueIncentive

VagueIncentive

×
×
  • Create New...