| ◀◀ Back to 2014 Fall schedule, week of 11/16/14
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Jun 12, 2014 |
TMT | 21 | F | |
7 PT Spread | 14 | | |
postseason "A" semifinal |
Centreville HS#1 |
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06/12/14 20:00 | 06/12 : TMT wins A semifinal vs 7 PT Spread 21-14
TMT improves to 2-0 in the postseason, while 7 PT Spread exits at 1-1.
This is the fewest points scored in a game this season by TMTThe victory continues a 8 game winning streak for TMT which now stands at 9 wins in a row.
The loss ends a 3 game winning streak for 7 PT Spread.
These teams are very familiar with one another, having now played 5 times. TMT currently owns a 5 game winning streak in this rivalry. Their previous contest occured in a Fairfax County Flag Football League "A" playoff semifinal game Jun 12 2014, 20:00, which TMT won 21-14. Overall, TMT is 5-0 against 7 PT Spread.
Gametime temperature was a mild 73 degrees under clear skies.
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booo
06/12/14 21:19 | was really hoping for a 7pt tc final |
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^
06/12/14 22:06 | 7pt should of never been in the game any way. |
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Yup
06/12/14 22:24 | TMT wins ship |
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Score
06/12/14 22:33 | |
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Fan
06/12/14 22:55 | 17-14 TMT wins |
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VIDEO
06/13/14 09:29 | WAIT-- Was that last TD TMT scored to win the game? Last play of the game?
Why was 7PT sending the house on the last play of the game from the 50 yard line with no safety? |
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TLjLITgCVBst
09/06/14 10:15 | I strained my brain for a few mietnus after class trying to figure this one out... and then my colleague strolled over and told me how easy it was. Think of it this way: all the circles` centers lie on the same line, so you need to think in terms of semicircles.How do I find the area of the blue region, for example? I need to calculate the area of Circle C, which is the biggest circle. Then I need to calculate the respective areas of Circles A and B. Next, I need to subtract half the area of Circle B from half the area of Circle C, and I also need to add half the area of Circle A.Then we figure it the other way for red.Hell, let`s do this.Based on the ratios given, we know the diameter of Circle C is 7. So...Area of C = (3.5^2)π = 12.25πArea of B = (2^2)π = 4πArea of A = (1.5^2)π = 2.25πBlue region`s area:[(1/2)(12.25π)] - [(1/2)(4π)] + [(1/2)(2.25π)]= 5.25πRed region`s area[(1/2)(12.25π)] + [(1/2)(4π)] - [(1/2)(2.25π)]= 7πThe ratio of blue to red is thus5.25/7, or 21/28, or 3/4.That`s a lot of work merely to confirm what I had initially suspected! Without doing any math-- and before my colleague had shown me the light-- I had thought the answer would be either 3/4 or 9/16, based purely on the info we were given about the respective diameters of Circles A and B, and my assumptions about the areas of those circles.So there we are. I`ll need to confirm this answer, but I`m pretty sure I`m right. | Leave your comment!
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