Bubba83 Posted March 25, 2007 Posted March 25, 2007 It says buy 2 DVDs and get the 3rd free. Does that mean I have to buy 2 at the same time? What if I bought 1, and then maybe a month later decided to purchase a 2nd, would I then be eligible for the 3rd free even though I purchased my first two at different times? Just wondering because I am a rather poor college student and I'm not in a position to buy 2 at once at the moment!
WillMontu Posted March 26, 2007 Posted March 26, 2007 If you can shell out the extra $25, you should try and get them now for several reasons -They're worth it (one disc of park footage, another for raw coaster footage, and another for bonus features.) -They support the site (meaning that TPR doesn't get covered with annoying ads) -Sometimes you get some extra crap with them, such as a TPR pen or a strand of Elissa's hair! -Robb won't continue the 3 for 2 deal forever.
Carnage Posted March 26, 2007 Posted March 26, 2007 You do need to buy them at the same time to get the deal. You can't buy one now, and a second a month later to get the 3rd free.
Bubba83 Posted March 26, 2007 Author Posted March 26, 2007 Thanks for the replies, maybe I will bet $25 on an NCAA tournament game then and try for 3 DVDs!
robbalvey Posted March 27, 2007 Posted March 27, 2007 Yep, you gotta buy two at a time to get the third one free. I don't think it's a bad deal at all. If you get Vol 6, 7, and 8 for example, all 3-disc sets, you'd end up with *NINE* full length coaster DVDs for $50. That's only $5.50 each. Quite a bargin! Good luck betting on the game! --Robb
Bubba83 Posted March 29, 2007 Author Posted March 29, 2007 I couldn't wait for saturday. So I took two ice cubes out of my freezer and set them on the counter. My friend and I bet on which one would melt first. I won!!! Hooray!!! Looking forward to the DVDs
WillMontu Posted March 29, 2007 Posted March 29, 2007 It depends on several factors The initial temperature of each ice cube The volume and surface area of each ice cube The ambient temperature of the air around each cube and the counter The heat capacity of the air, counter, and ice cubes The pressure of the air (remember, PV = nRT). The air, however, is probably not an idea gas, so the equation is slightly more complicated The velocity relative to the speed of light of the counter, ice cube, and air molecules (since time is slightly distorted) Is the system isolated?
Bubba83 Posted March 29, 2007 Author Posted March 29, 2007 I picked the bigger cube, my friend is clearly an idiot.
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