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my fiancee's cat ((who lives me. The cat, not the fiancee...)) is gonna have babies! When you have your hand on her belly you can feel them moving. It's so exciting!!!!
my fiancee's cat ((who lives me. The cat, not the fiancee...)) is gonna have babies! When you have your hand on her belly you can feel them moving. It's so exciting!!!!
AWWW!!! I love kittens!!!!! Some friends of mine live on a farm and their cat population jumped from 14 to 29 or somehting like that within a no-very-long amount of time. They're so cute, and they like, crawl all over each other and they scamper across the floor and I get to hold like, five kittens at once!!! I love kittens. They're so cute. Kittens are the coolest.
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youmadeaholy fool of me and i've thanked you ever since
I think we've got about a week. When she's laying still you can see them moving in her belly. someone told me that would happen, but I wasn't sure it would work since she's a long haired cat... but it did!! It's sooo cool.
my little brother called me 2 times last week 'cause Gramma told him Persia was gonna have kittens and he didn't believe her...
i think it took ours about 1-2 weeks ... they'll mostly keep their eyes closed for about 3-4 weeks and open them every so often ... around 4-5 weeks they start keeping their eyes open all the time ... and if they have lots of gooy stuff on their eyes keep an eye on it ... if it looks like its getting worse instead of better you should get it checked by the vet ... ours told us it should go away on its own and it is just a resporitory problem ... CONGRATS!!!! our kittens are about 5 weeks right now and they are soooooooo precious
__________________ warning this cat cant spell!!!
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So really, "What is the air speed velocity of an unlaiden swallow?"
It's quite simple:
Drag on a body in a fluid is:
D = 1/2 (Cd*pi*r^2*rho*Vo^2) Cd = coefficient of drag of the swallow pi = 3.1415... r = radius of bird cross-section (approximating as a circle) rho = viscosity of air Vo = velocity For steady state flight, D (drag) = T (thrust), so:
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| Vo = sqrt(T/Cd*pi*r^2*rho) |
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