Cedeno Patrick

Cedeno Patrick
No. 1
Position:	Cornerback
Personal information
Born:	July 30, 1983; Mount Vernon, New York
Height:	6 ft 00 in (1.83 m)
Weight:	209 lb (95 kg)
Career information
College:	Delaware State
Undrafted:	2008
Career history
	Baltimore Mariners (2008); New Jersey Revolution (2009–2010); Tulsa Talons (2010); Huntington Hammer (2011); Harrisburg Stampede (2011–2014); Las Vegas Outlaws (2015); High Country Grizzlies (2017–present);

Cedeno Patrick (born July 30, 1983) is an indoor American football defensive back who is currently a free agent. Patrick played college football at Delaware State University. He has also played for the Baltimore Mariners, New Jersey Revolution, Tulsa Talons, Huntington Hammer, Harrisburg Stampede, Las Vegas Outlaws and the High Country Grizzlies.

College career

He was part of the Track and Field and Football teams at Delaware State University.

Professional career

He started his career in the AIFA (American Indoor Football Association) with the (New Jersey Revolution). Where Cedeno was noticed for his tremendous 4.35 forty yard dash speed. He was moved up during the season to AFL (Arena Football League) to the Tulsa Talons. Later returned to New Jersey Revolution to finish out his season. In 2009 Cedeno was signed by the Baltimore Mariners. in 2011 Patrick signed with the Harrisburg Stampede until 2014. And currently plays in the AFL with the (Las Vegas Outlaws). In 2017 Signed in the NAL National Arena League with the High Country Grizzlies.

gollark: > Feeding and maintaining human slaves costs a lot more than running an autonomous robot that only requires electronic energy, which is easily harvested by solar panelsBut it doesn't require electricity only, it requires parts to be replaced.

gollark: I mean, you can't effectively use slaves for anything beyond menial labour, because then they need to do thinking and have some autonomy and actually receive stuff beyond bare necessities.

gollark: Although many tasks don't need generalized robots as much as big motors or something.

gollark: On the other hand, modern robot-y systems need microprocessors, which are stupidly expensive and hard to make, and humans wouldn't.

gollark: Currently they mostly can't, although the tech *is* improving and the logistics of supplying electricity and spare parts might be better than having to deal with food and everything else.

References

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