Gene Kruckemyer puts another one on the board for Florida.

Nice leverage of the square root function here.

This sign is along SR-417 near Oviedo, Florida. See sign on map!

Gene Kruckemyer brings this simple sign from Florida. A welcome break after the recent mathematical gymnastics on Road Sign Math.

Nice and simple here.

This sign is along I-95 near Palm Coast, Florida. See sign on map!

Families that calculate together, stay together. This is proven out by the extended family of the Bernard’s. This sign is submitted by Road Sign Math first-timer Thomas Brennan, the uncle of Jim (Jr.) Bernard. With this one sign Mr. Brennan will surely start a competition in the Bernard clan. He has deftly avoided the mass chaos and controversy elicited by Jim (Sr.) Bernard’s sign submission which was ultimately determined to be in violation of the rules. He has also handily pounded his fist on the table by ringing in more points with this one sign than his nephew (who now finds himself off of the top 20) has with two signs. Mr. Brennan comes onto the scoreboard in 17th place.

Mr. Brennan has discovered a couple of hidden roots in the solution to this sign.

This sign is located on I-75 in Florida near the intersection with route 52, near Dade City just a mere 28 miles north of Tampa. See sign on map!

Gene Kruckemyer brings us another mathematically significant sign from the sunshine state. This sign points us to a sanctuary where the Audubon Society treats injured birds.

Simple way of bringing the numbers together on this sign.

This sign is found in Orlanda, Florida on eastbound I-4 on the Lee Road exit ramp. The GPS coordinates are approximately N28.60404 W81.38599. See sign on map!

Gene Kruckemyer brings us a sign showing the direction to Daytona Beach. You may not think of road signs as the first thing you’d want to see photos of from Daytona Beach. Mr. Kruckemyer’s sign makes a remarkable math connection.

It is so rare that you can find a sign that gives an exact result like this with so few operators!

This sign is found in Altamonte Springs, Florida as you are driving east on SR-436 on the overpass above I-4. The GPS coordinates are approximately N28.662 W81.38907. See sign on map!

Gene Kruckemyer brings another one of these mathematically significant street signs to Road Sign Math. This one is very direct, and should be obvious to all that pass.

Don’t let the hundreds get in your way on this math sign.

This sign is found in Sanford, Florida at the intersection of Cedar Ave and 3rd Street. The GPS coordinates are approximately N28 48 35.4 W81 16 34.5. See sign on map!

Gene Kruckemyer brings us this sign from his hometown in Florida. We haven’t had this type of sign on Road Sign Math before and it opens up the doors to a lot of possibilities.

The math here is just a matter of 2′s and 0′s.

This sign is found in Sanford, Florida at the intersection of Sanford Ave and 20th Street. The GPS coordinates are approximately N28 47 38.3 W81 15 53.3. See sign on map!

Gene Kruckemyer, newcomer to Road Sign Math, brings us the first sign from the Sunshine state, Florida. Actually, he brings us another first in mathematically significant signs. Two, mathematically significant signs right next to each other, yet fully independent. A true “twofer”! This is a mathematical onslaught that could cause accidents while people are stupified at the relationships.

These are independent signs and as such the math for each must be self-contained. It works out smooth as silk.

4 + 9 = 13

1 + 1 = \sqrt{4}

This sign is found on in Sanford, Florida on I-4 heading westbound at the exit for state road 46. The GPS coordinates are approximately N28 48 48.9 W81 20 14.5. See sign on map!

Ed.: This sign marks the 100th mathematically significant roadsign, and brings Florida into the game as the 26th state!