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Newton's First Law of Motion

Sir Isaac Newton first presented his three laws of motion in the 'Principia Mathematica Philosophiae Naturalis' in 1686. His first law states that every object will remain at rest or in uniform motion in a straight line unless compelled to change its state by the action of an external force. This is normally taken as the definition of inertia. The ...

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NewtonsFirstLawofMotion
Science

Benjamin Franklin, Science Founding Father

While popularly known for his role as one of the United States' founding fathers, Benjamin Franklin was also a renowned scientist who made a number of substantial contributions in the field of Earth ... Continue reading

BenjaminFranklin
Astronomy

Mercury

The small and rocky planet Mercury is the closest planet to the Sun; it speeds around the Sun in a wildly elliptical (non-circular) orbit that takes it as close as 47 million km and as far as 70 ... Continue reading

Mercury
Physics

Coming In Strong On Your AM Dial

The AM radio dial would be nothing but chaos and noise without a very basic rule - turn down the power at night. The Federal Communications Commission (FCC) controls and regulates the airwaves in the ... Continue reading

AMRadioWaves
Engineering

Bioinformatics

Bioinformatics is the field of science in which biology, computer science, and information technology merge to form a single discipline. The ultimate goal of the field is to enable the discovery of ... Continue reading

Bioinformatics

Keeping Your Balance for Good Science

BalanceAround the 20th to 22nd of March, the Sun will have reached an astronomical location that is used to mark the change of seasons. This location, within the constellation of Pisces the Fishes, is 0 degrees and 0 hours, and is a coordinate position that looks like the latitude and longitude values we assign to geographical locations on the surface of the Earth. The 0 degrees, like latitude, indicates that the Sun is on the Equator, and the 0 hours, like longitude, is the starting point for coordinate positions of celestial objects eastward of the 0 hour, somewhat akin to the Prime Meridian. This day, sometimes referred to as an equinox (meaning equal night), is a day when the Sun is over the equator and for most of the Earth will rise due east and set due west. This gives us an equal amount of daylight and night hours.

While the changing of seasons may not make much news it is not unusual to hear or read about attempts to balance an egg on this particular day. There is a long-standing notion that when the Sun is over the equator, its gravitational pull on the Earth is such that an egg will balance if placed on one of its ends. Even though this goes against common sense thinking, it is nevertheless an opportunity to explore one of the best examples of what should be called bad science. Actually for that matter this is also a good example of bad news reporting, as the emphasis seems be on showing attempts to balance an egg only on the equinox. Will an egg truly balance only on the equinox day or will it balance on any day during the year - or not? And why just an egg? Shouldn't other objects balance as well, or is gravity selective?

So get your eggs out and try this balancing act, or why not just cook the egg, drink some juice and have a balanced meal!