It was brown.
Thursday, April 1, 2010
A Cow
It was brown.
Sunday, March 14, 2010
Why Can't It be Battery Acid?
Water is one of those interesting substances that can behave both as a mirror and as a lens. Looking at the picture, a reflection of me with the camera can clearly be seen towards the bottom. Urgh. I thought I would be bigger. Anywayz, while it is not apparent in the picture, the stones at the bottom of the Weinberg Fountain appear to be closer than they actually are, a phenomenon known as refraction. Since water has a greater index of refraction than air, the light will be deflected more. So the rocks appear closer. Refer to the problem set if you're confused. Hope everyone could do it. I'm typing this sitting on God's Throne. WAHAHAHAHAHAHAHAH!!!! yeargh...
Saturday, March 6, 2010
I Found Your Lab Book
In Admiral Park's room, there is a television. When it is not on, the television behaves as a convex mirror.
Saturday, February 27, 2010
Overloading the Circuit
Saturday, February 20, 2010
Very Secret Rehersal
Um. That did not just happen.
On each of our stands, we have a light clipped on so that we can read our music when the house lights are off. The bulbs were plugged into this long extender thingie, but since all of the bulbs had the same brightness, they must have been wired in parallel. As we added more bulbs and even a guitar amp onto the circuit, the brightness did not diminish. However, more power and current must be supplied into the circuit. Since Iolani is not responsible for the electric bills at Hawaii Theatre, this has no significance in our lives whatsoever.
Wednesday, February 3, 2010
Webs of Intrigue
Stuff I'm planning to take next year:
AP Physics C
AP Chem
AP Euro
AP English
AP Calc BC
Chinese 5H
Band 4
Seems a bit heavy... I don't know.
Saturday, January 30, 2010
Before anything else, Valenth.
Uraraka, Freddie, Abigail, Talstag, Silent Rose, Phoenix, Izo. Just click on links to feed.
After listening to my fail horn playing a couple of weeks ago, I thought that revealing the mechanics of a horn would be proper. Unlike the trumpet, the spring that supplies the restoring force to the valve is not withing the valve, but resides next to the keys. By depressing the valve, an ingenious mechanism causes the valve in the center to rotate, directing the air flow of the player into adjacent pipes. This increases the length of the horn and lowers the pitch that the audience hears. Furthermore, over time, the valve oxidizes, producing the green patina seen in the picture. If the valve is not occasionally taken out and cleaned, the patina will build up and the friction between the valve and the valve casing would increase, preventing the valve from turning. Sadly, most amateur horn players cannot take apart their valves to clean them, allowing the instrument technicians to reap the rewards of their incompetence.
Uraraka, Freddie, Abigail, Talstag, Silent Rose, Phoenix, Izo. Just click on links to feed.
After listening to my fail horn playing a couple of weeks ago, I thought that revealing the mechanics of a horn would be proper. Unlike the trumpet, the spring that supplies the restoring force to the valve is not withing the valve, but resides next to the keys. By depressing the valve, an ingenious mechanism causes the valve in the center to rotate, directing the air flow of the player into adjacent pipes. This increases the length of the horn and lowers the pitch that the audience hears. Furthermore, over time, the valve oxidizes, producing the green patina seen in the picture. If the valve is not occasionally taken out and cleaned, the patina will build up and the friction between the valve and the valve casing would increase, preventing the valve from turning. Sadly, most amateur horn players cannot take apart their valves to clean them, allowing the instrument technicians to reap the rewards of their incompetence.
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