The distance to the moon is 385,000,000,000 mm.
The size of an unkerned piece of normal cut Helvetica at 100pt is 136.23 mm.
Therefore it would take 2,826,206,643.42 helveticas to get to the moon.
The Eggbot has a rigid but adjustable chassis that allows you to mount spherical or egg-shaped objects of various sizes, and rotate them about their axis of symmetry using a stepping motor under computer control. A second stepping motor moves a pen about an axis perpendicular to that "egg" axis, and a small servo motor raises or lowers the pen above the egg surface.
Michelle Washington, a resident of Lustful Court, Macon, says the name sparks laughter and confusion when she tells people where she lives.
After listening to residents, commissioners decided they'll consider the change if neighbours start a petition. No one could recall where the name originated.
Like the first singer, he performs with perfect legato, clear diction, and a consistent, organic vibrancy. He arranges his resonance space to create a shallow snarl without setting up any resistance for his breath. You can tell how healthy his delivery is from the way he moves in and out of brief moments of harmony with the other tracks with impeccable intonation.
The device works by shining a hollow laser beam around tiny glass particles. The air surrounding the particle heats up, while the dark center of the beam stays cool. When the particle starts to drift out of the middle and into the bright laser beam, the force of heated air molecules bouncing around and hitting the particle's surface is enough to nudge it back to the center.
A small amount of light also seeps into the darker middle part of the beam, heating the air on one side of the particle and pushing it along the length of the laser beam. If another such laser is lined up on the opposite side of the beam, the speed and direction the particle moves can be easily manipulated by changing the brightness of the beams.
Approximately at 6pm on Sunday afternoon Christopher wrote, “I gotta be me. Livetweeting my heart attack. Beat that!” Presumably a few minutes later the paramedics arrived to tell Christopher he will be stable after his crisis.
An hour later Christopher joked about needing to own a cardiac cat, referencing a viral video in which a cat is trying to revive his dead feline friend. He also updated his followers about the pain he was feeling, “even after the morphine.”
All successful shows eventually start to decline, but this was not "Happy Days'" time. Consider: It was the 91st episode and the fifth season. If this was really the beginning of a downward spiral, why did the show stay on the air for six more seasons and shoot an additional 164 episodes? Why did we rank among the Top 25 in five of those six seasons?
That's why, when I first heard the phrase and found out what it meant, I was incredulous. Then my incredulity turned into amazement. I started thinking about the thousands of television shows that had been on the air since the medium began. And out of all of those, the "Happy Days" episode in which Fonzie jumps over a shark is the one to be singled out? This made no sense.
The disks, carrying the reaction centers, are in a solution where they attach themselves spontaneously to carbon nanotubes — wire-like hollow tubes of carbon atoms that are a few billionths of a meter thick yet stronger than steel and capable of conducting electricity a thousand times better than copper. The nanotubes hold the phospholipid disks in a uniform alignment so that the reaction centers can all be exposed to sunlight at once, and they also act as wires to collect and channel the flow of electrons knocked loose by the reactive molecules.
The system Strano’s team produced is made up of seven different compounds, including the carbon nanotubes, the phospholipids, and the proteins that make up the reaction centers, which under the right conditions spontaneously assemble themselves into a light-harvesting structure that produces an electric current. Strano says he believes this sets a record for the complexity of a self-assembling system.
