Roller Coasters-help a writer out?

In summary, Roller coasters help a writer out by providing a good way to explain the mechanics of a swinging pendulum.
  • #1
CynthiaC
7
0
Roller Coasters--help a writer out?

I'm a freelance writer working on an article about how roller coasters work. It's to be a fairly short article for a children's Web site, so I don't need massive amounts of information (and I am doing research of my own as well), but I thought it might be fun get some tips from someone here.

Would anyone like to explain to me in your own words how a roller coaster works, or give me a link to a great explanation?

Also, if you want to give me any ideas on what would make this easier and more fun for a kid to learn about that would be great too.

I will not plagiarise your wording. I am very careful about that. I only want some input.

Thanks!
 
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  • #2


CynthiaC said:
I'm a freelance writer working on an article about how roller coasters work. It's to be a fairly short article for a children's Web site, so I don't need massive amounts of information (and I am doing research of my own as well), but I thought it might be fun get some tips from someone here.

Would anyone like to explain to me in your own words how a roller coaster works, or give me a link to a great explanation?

Also, if you want to give me any ideas on what would make this easier and more fun for a kid to learn about that would be great too.

I will not plagiarise your wording. I am very careful about that. I only want some input.

Thanks!

Sounds like a fun project, given the target audience. Are you familiar with the mechanics of rollercoasters at least to the level in this article?

http://en.wikipedia.org/wiki/Rollercoaster

.
 
  • #3


Hi berkeman,
Thanks for the reply. Yes, I have a basic understanding. I think I comprehend most of what the "mechanics" section of that article says.

While I'm trying to avoid Wikipedia as a source of information, I hadn't thought about other types of roller coasters (besides the ones with a hill start) so thanks for that link... more to think about.

I'm not an idiot, but I do sometimes struggle to understand some scientific stuff. But sometimes you need to understand things on a higher level in order to write about them on a child's level.
 
  • #5


Yes, that looks good. Thank you. :)

I think it's coming along pretty well. I've been reading a few different pages to better understand the whole concept.

Would you be interested in reading over the article when I finished to point out any obvious scientific errors should there be any? I'd have to email it to you as I don't want to post it.

You don't have to. Just thought I'd ask. :)
 
  • #7


Yay thanks, Doc Al.
Looks like we are finding some of the same articles as I certainly read over that last one already. :)

This should definitely be enough to keep me going. (Enough potential energy?)

Any takers on reading it over when I'm done? It'll only be 500-700 words. No biggie.
 
  • #8


It's similar to a swinging pendulum in this way. At the highest point, it has lost its speed, so it's energy is in the form of potential energy (due to position) and not kinetic energy (due to motion). At the lowest point, it has lost its altitude, but it's going fastest, so it's energy is all kinetic and not potential. As it rises and falls, its energy flip back and forth between these two forms.
 
  • #9


LostConjugate said:
Well it all starts with the Ricci tensor...
Oh, that is a good one. Thanks for the laugh.

CynthiaC said:
Any takers on reading it over when I'm done? It'll only be 500-700 words. No biggie.
Sure. Count me in.
 
  • #10


CynthiaC said:
Yay thanks, Doc Al.
Looks like we are finding some of the same articles as I certainly read over that last one already. :)

This should definitely be enough to keep me going. (Enough potential energy?)

Any takers on reading it over when I'm done? It'll only be 500-700 words. No biggie.

I would be happy to. I am an educated layperson, not a formally edumacated scientist; that might provide a good perspective. Also, I have several editor colleagues that I frequently help out by editing school-level science textbooks.
 
  • #11


Okay. Is there a private messaging system on this forum so I can get your email addresses? Or I suppose I could just paste it into the private message. That makes more sense now that I think about it ...
 
  • #12


This been really fun and helpful. Thank you to everyone who helped. This kind of thing is way out of my comfort zone, so it's great to find people so willing to help. :) And seriously, you've made me super curious about your little Physics forum world here ... that's kind of scary. :eek:
 
  • #13


CynthiaC said:
you've made me super curious about your little Physics forum world here ... that's kind of scary. :eek:

Careful, hang around here too long and you will not see things the same ever again.
 
  • #14


I have never seen things in a normal way. I'm a romantic and very curious, so you would think science would be right up my alley. But maybe physics just sounds too scary? I love to wonder how/why something works until my brain hurts ... but then I always stop. I guess for me there's always been more joy in the wondering than in the knowing.
 

1. How do roller coasters work?

Roller coasters work by using potential and kinetic energy. The coaster is pulled to the top of the first hill using a chain or cable lift. At the top, it has a large amount of potential energy. As it drops down the hill, the potential energy is converted into kinetic energy, which propels the coaster forward. The coaster continues to go through twists, turns, and drops, using the energy it gained from the first hill to keep moving.

2. What is the tallest roller coaster in the world?

The tallest roller coaster in the world is currently the Kingda Ka, located at Six Flags Great Adventure in New Jersey. It stands at 456 feet tall and reaches speeds of up to 128 miles per hour.

3. How fast do roller coasters go?

The speed of a roller coaster can vary greatly, but they typically range from 50-100 miles per hour. The fastest roller coaster in the world is the Formula Rossa, located at Ferrari World in Abu Dhabi, which reaches speeds of up to 149 miles per hour.

4. Are roller coasters safe?

Roller coasters are designed with safety as a top priority. They go through rigorous testing and inspections before being opened to the public. In addition, roller coasters have safety features such as lap bars, seat belts, and harnesses to keep riders secure during the ride. As long as riders follow all safety instructions and precautions, roller coasters are considered a safe form of entertainment.

5. What is the history of roller coasters?

The first roller coaster was built in 1884 in Coney Island, New York. It was a wooden coaster called the Switchback Railway and had a top speed of 6 miles per hour. Since then, roller coasters have evolved to become taller, faster, and more thrilling. Today, there are over 4,000 roller coasters in operation around the world.

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