Tutaj uwieczniæ mo¿esz swoj± obecno¶æ. Je¿eli obierzesz has³o, bêdziesz mia³ mo¿liwo¶æ powtórnej edycji tre¶ci w³asnego wpisu. Dodatkowo mo¿esz wys³aæ e-mail do autora wpisu, który poda³ swój adres. Przed umieszczeniem wpisu zapoznaj siê z regulaminem Ksiêgi Go¶ci.
I love your blog.. very nice colors & theme.
Did you make this website yourself or did you hire someone to do it for you?
Plz reply as I'm looking to construct my own blog and would like
to know where u got this from. cheers
Hi there, i read your blog from time to time and i own a similar one and i was
just curious if you get a lot of spam comments? If so how do you reduce it, any plugin or anything you can advise?
I get so much lately it's driving me mad so any assistance is very much appreciated.
Write more, thats all I have to say. Literally, it seems as though you relied on the video to
make your point. You obviously know what youre talking about,
why waste your intelligence on just posting videos to your
weblog when you could be giving us something informative to
read?
Howdy, i read your blog occasionally and i own a similar one and i was just curious if you
get a lot of spam remarks? If so how do you stop it, any plugin or anything you can recommend?
I get so much lately it's driving me crazy so any support is very much appreciated.
Yesterday, while I was at work, my sister stole my iPad and tested to see if it can survive a 30 foot drop, just so she
can be a youtube sensation. My iPad is now destroyed and she has
83 views. I know this is completely off topic but
I had to share it with someone!
W styczniu 1999 r. grupa naukowców z Lawrence Livermore National Laboratory w Kaliforni Joint lnstitute for Nuclear Research w Dubnie (Rosja) og³osi³a wytworzenie pierwiastka o liczbie atomowej 114, Ununquadium, jak zosta³ prowizorycznie ochrzczony, jest najnowszym i najciê¿szym pierwiastkiem na ¶wiecie. Powsta³ w wyniku bombardowania wzbogaconego neutronami izotopu plutonu przez izotopy wapnia, zawiera 114 protonów i jest uwa¿any za najbardziej stabilny z superciê¿kich atomów, Naukowcy jednak wci±¿ musz± "odkryæ" pierwiastek o liczbie atomowej 113.
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