And Weighing In At ...

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Jay and Will had a 2 Year Checkup today. Jay weighed in at 30lbs and Will at 28lbs. Jay measured 37.15 inches tall and Will 36.50 inches tall. This puts Jay in the 75th percentile for weight and 95th percentile for height and Will in the 50th percentile for weight and 90th percentile for height. MOST IMPORTANTLY THEIR BRAINS, THEY TIED! :) Both measuring 19.25. Will almost has all four 2 year molars (top are in, bottom not far behind) and no signs for Jay yet. They met all of their milestones and received a good report. We will be celebrating with shellfish, the last food item they did not have the okay to eat, until today! Our babies are officially toddlers :( :)

Field of Dreams

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Picking dandelions for someone special. Maybe Amanda, maybe Mama, maybe the 2 Year Old Girl that just moved in next door?

Real Men Can Cook

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Joel and I believe real men can cook, so a pint size kitchen it is! Certain their wives will thank us in the future, that is if we find two ladies worthy enough :) ps Whoever Jay marries also gets the benefit of a very good vacuum helper!

Terrible Twos Here We Come!

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Jay and Will turned 2 on September 17th and so far no signs of the terrible twos! They enjoyed Toy Story Alien Cupcakes. Jay even shared some with Buzz!

Future Komen Walkers

Green and Forget kids are starting their support of the Komen Foundation at an early age! We walked in remembrance of Grandma Diann and in celebration of Great Grandma Viola, Great Grandma Skip and Jen's Grandma.

Daddy's Day

Jay and Will gave Daddy Dr. Seuss Hop on Pop. Former President Bush's favorite book to read to his twins.

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It was a relaxing, casual day at Nickole and Tom's house. Lots of good food and good company. This is our post-swim family pic, we could all use a comb!

The Intellectuals

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Fg = G (m1*m2)/(d^2) where G = gravitational constant (6.67*10^-11 Nm^2/kg^2) m1 and m2 = the masses object 1 and object 2 respectivelyd = the distance (in meters) between the two objects. Next problem?

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a = F/m, where F is the net force applied to a mass, m. Acceleration is also the change in velocity, (Delta-V), divided by the change in time, (Delta-t). So, a = Δv/Δt. Anything more challeging?