Hurricane Sandy

Because the majority of my family lives in Maryland, I have decided to write about Hurricane Sandy.  This hurricane is just now beginning to weaken over the interior Northeast, however gusty winds, snow and rain will linger into Wednesday (October 31st, 2012).  On Tuesday morning, a peak total of 8 million people were without power due to this hurricane.  What is even more astonishing is that damage estimates suggest that Sandy caused at least $10 billion in damage!  As of late Tuesday evening, the total number of fatalities blamed on Sandy is 45 in the mainland United States and one in Puerto Rico.  Many of the victims were killed by falling trees.

 These two pictures were taken in Ocean City, Maryland, a beautiful beach/boardwalk that me and my family visit every summer.  Needless to say, it has taken an immense amount of damage.  Fortunately, all of my relatives are safe and only experienced minor power outages.  

This image portrays Hurricane Sandy when it was in full force slamming into the east coast of the United States.  

As the title says, this link visually walks us through the development of this deadly storm.

Development of Hurricane Sandy

Homemade Barometer

A barometer, according to Wikipedia, is a scientific instrument used to measure atmospheric pressure. At sea level, the atmospheric pressure will be 1 atmosphere or 760 mmHg (millimeters of Mercury).  The photo below displays our attempt to build a homemade barometer.  Unfortunately, our experiment failed because the balloon would not stay sealed around the glass bowl.  

Interested in creating your own barometer?  Here is tutorial for another way to construct your own!

How to Make a Barometer

Sun Trajectory

This graph shows the real movement of the sun throughout the course of the day in Macon, GA on October 29, 2012.  

This graph is what I observed and is obviously not as accurate.  It is very difficult to accurately observe by just looking upwards.

Also, here is some current data for October 29, 2012 in Macon, GA.

  

Longitudinal Differences

These blue pins represent 5 large cities that span the the globe and are more-or-less in the same longitudinal area.  Kampala, Uganda is the midpoint and sits about 1 degree above the Equator.  All of the times displayed are in East Africa Time.  

Sunrise and Sunset Times for each city:

Stockholm, Sweden:  Sunrise- 6:35 A.M.  Sunset- 10:01 P.M.

Budapest, Hungary:  Sunrise- 6:08 A.M.  Sunset- 8:01 P.M.

Khartoum, Sudan:  Sunrise- 6:42 A.M.  Sunset- 8:07 P.M.

Kampala, Uganda:  Sunrise- 6:31 A.M.  Sunset- 7:43 P.M.

Maputo, Mozambique:  Sunrise- 4:10 A.M.  Sunset- 5:01 P.M.  

High and Low Temperature (F) for each city on October 18, 2012:

Stockholm, Sweden: High- 52  Low- 48

Budapest, Hungary: High- 66  Low- 45

Khartoum, Sudan: High- 104  Low- 83

Kampala, Uganda: High- 82  Low- 68

Maputo, Mozambique: High- 95  Low- 69

Wind Rose

The following wind rose plot displays the wind speed and direction (blowing from) on my birthday, September 6th, 1991.  

The following wind rose plot displays the wind speed and direction (blowing to) on my birthday, September 6th, 1991.  

The following wind rose plot displays the wind speed and direction (blowing from) throughout the entire month of September in 1991.

This is a Google Earth image of the Atlanta Airport, which contains a weather monitoring system.