The Active Network
ActiveWin Anonymous | Create a User | Reviews | News | Forums | Advertise | Career Portal | Excel Group Training | Users Online: 288  
 

Recommended Links:

Play your favourite online pokies and take what you win fast at the same day withdrawal online casinos in Australia.

Now, you can buy real Instagram followers.

AWBridal Highly Recommend Wedding & Bridesmaid Dress Online Store

light tower

buy arabic Twitter follower

buy spotify real followers

A great website to buy Facebook followers from is BRSM. They have a great track record!

the Binary Option Robot

Get Windows Tablet & Phones at DHgate.com

neowin.net

Amazon.com

  *  

  ActiveWin.com Exclusive: WinXP EULA Updated For SP2, One Activation Limit Imposed
Time: 09:00 EST/14:00 GMT | News Source: ActiveWin.com | Posted By: Todd Richardson

ActiveWin.com has learned that Microsoft plans to update Windows XP's End User License Agreement with Service Pack 2, to be released this summer. The new agreement stipulates that Windows XP can only be activated ONCE, after which time a $20 "Expansion Pack" must be purchased, even if the activation takes place on the same computer. Users are given a choice: If they do not agree with the new license, they have every right not to install Windows XP SP2.

In related news, ActiveWin.com has learned what Microsoft plans to do with its huge $60 billion dollar stockpile. The company will buy AOL, Google, Sun, Novell, and Yahoo! Microsoft also plans on forming an army to invade Canada. Calling it a, "win for big business," President Bush said he will do all he can to help the acquisitions go through, and tentatively commit troops to the Canada effort.

Write Comment
Return to News

  Displaying Comments 1 through 25 of 28
Next Page
  The time now is 4:37:47 PM ET.
Any comment problems or spammers? E-mail us
Spammers: Your posts will be deleted - do not waste your time!
#1 By 2332 (65.221.182.2) at 4/1/2004 9:22:39 AM
Almost got me there.... almost!

#2 By 1896 (68.153.171.248) at 4/1/2004 9:33:43 AM
Thanks God I wasn' t drinking coffe when I read it; I was going to call Bill and say him: "you are fired!".
Good one.

#3 By 9264 (69.176.36.129) at 4/1/2004 10:14:37 AM
Come on guys, at least make them believable. I wouldn't have fallen for that one even if this had been August 14. :)

#4 By 2138 (80.98.192.116) at 4/1/2004 10:40:27 AM
I for one read the new EULA Agreement and it does stipulate such action will take place, only BETA testers will continue to get free future expansion packs until further notice.


UPDATE: Happy April Fools Day!

#5 By 7711 (12.107.81.66) at 4/1/2004 10:47:27 AM
If it was only the EULA part, I might have been taken. The second paragraph gave it away.

Anybody remember the Mets/Sid Finch SI gag from about 10 or 15 years ago? That was an awesome April Fools!!!

#6 By 665 (198.51.49.2) at 4/1/2004 11:33:22 AM
Ah, come on guys, it wasn't that bad... I literally had fifteen minutes to write something up... it was either this or take the year off, so I figured we might has well have a little fun... I'll have to start planning ahead for next year.

#7 By 61 (24.92.223.138) at 4/1/2004 1:43:20 PM
I read about G-Mail yesterday...

#8 By 135 (209.180.28.6) at 4/1/2004 3:23:36 PM
Second paragraph?

That's the most believable part.

That first paragraph gave the whole thing away.

#9 By 2 (24.239.196.15) at 4/1/2004 4:07:04 PM
Ok, monkey...that made me laugh....Were you drinking bong water when you wrote that comment?

#10 By 2 (24.239.196.15) at 4/1/2004 5:03:11 PM
Mr. Dee....you don't know what a bong is? you can't be staff here :)

#11 By 8556 (12.217.173.227) at 4/1/2004 5:09:13 PM
Mmmmmm. Bong water.....

#12 By 135 (208.186.90.168) at 4/1/2004 7:44:46 PM
Ok, this is creepy...

There's an ad to the side of this page for Great Expectations singles thing and it claims to know what city I live in.

Someone is following me.

#13 By 61 (24.92.223.138) at 4/2/2004 2:11:45 AM
There actually is rumor that Time-Warner is looking to sell off AOL and that Microsoft would be the one to buy them... now if it is even remotely true, who knows.

#14 By 271693 (94.23.244.108) at 12/11/2009 9:21:22 AM
Hi guys|Gals

At mould, I institute a place where I can learn something give online money making. I without exception wanted to be worthy of some leftover money online but my every attempt ended in utter frustration. But this website obviously changed my perspective. If you interested then get a look at
<a href="http://internetrichesforall.com/">Make money Online for all</a>

#15 By 682473 (78.29.44.102) at 1/28/2012 4:56:59 AM
Cephalexin are a group of pharmaceutical compounds in human medication practice that have been entered in water bodies. Presence of these compounds within the setting has raised considerations relating to the toxicity to aquatic organisms and the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before coming into the aquatic surroundings moreover as water reuse plant is very necessary. the target of this investigation was to guage the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">ialex cephalexin 500mg</a> and amoxicillin, by using two different commercially accessible composite nf membranes (tfc-sr2 and tfc-sr3). additionally, the result of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">buy keflex online without prescription</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">order keflex online</a> were influenced by the membrane characteristics and properties of nom. The results showed that as the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it absolutely was observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin keflex 500 mg</a> in tfc-sr2 were ]97. 8 May 1945 in all experiments, respectively. In tfc-sr3, the rejection percentage were (95. Alginate and humic acid had synergistic impact on flux decline. In other words, increasing alginate concentration increased the rate and extent of flux reduction.

#16 By 682473 (78.29.44.102) at 1/28/2012 4:58:43 AM
Cephalexin are a group of pharmaceutical compounds in human medication follow that are entered in water bodies. Presence of those compounds in the atmosphere has raised concerns concerning the toxicity to aquatic organisms and also the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before entering the aquatic setting likewise as water reuse plant is incredibly important. the target of this investigation was to judge the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal efficiency of <a href="http://cephalexin500mg.com">generic keflex</a> and amoxicillin, by using two different commercially available composite nf membranes (tfc-sr2 and tfc-sr3). in addition, the impact of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 500 mg use by veterinaries</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 500mg</a> were influenced by the membrane characteristics and properties of nom. The results showed that as the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it absolutely was observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 500mg capsule</a> in tfc-sr2 were ]97. 8 May 1945 in all experiments, respectively. In tfc-sr3, the rejection proportion were (95. Alginate and humic acid had synergistic impact on flux decline. In alternative words, increasing alginate concentration increased the rate and extent of flux reduction.

#17 By 682473 (78.29.44.102) at 1/28/2012 5:02:43 AM
Cephalexin are a bunch of pharmaceutical compounds in human medication practice that are entered in water bodies. Presence of those compounds within the environment has raised considerations relating to the toxicity to aquatic organisms and therefore the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before getting into the aquatic environment furthermore as water reuse plant is extremely vital. the objective of this investigation was to evaluate the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">cephalexin keflex 500 mg</a> and amoxicillin, by using two completely different commercially on the market composite nf membranes (tfc-sr2 and tfc-sr3). additionally, the result of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">keflex in ge neric form,keflex no prescription fedex</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it absolutely was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin in india</a> were influenced by the membrane characteristics and properties of nom. The results showed that as the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it had been observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 500 milligram</a> in tfc-sr2 were ]97. V-E Day in all experiments, respectively. In tfc-sr3, the rejection proportion were (95. Alginate and humic acid had synergistic impact on flux decline. In other words, increasing alginate concentration increased the rate and extent of flux reduction.

#18 By 682473 (78.29.44.102) at 1/28/2012 5:03:59 AM
Cephalexin are a gaggle of pharmaceutical compounds in human drugs follow that are entered in water bodies. Presence of those compounds in the surroundings has raised issues relating to the toxicity to aquatic organisms and also the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before entering the aquatic setting likewise as water reuse plant is very important. the target of this investigation was to evaluate the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">keflex capsules</a> and amoxicillin, by using two completely different commercially obtainable composite nf membranes (tfc-sr2 and tfc-sr3). additionally, the impact of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">cephalexin keflex 500 mg</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it absolutely was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin keflex 500 mg</a> were influenced by the membrane characteristics and properties of nom. The results showed that as the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it had been observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">where to buy keflex without prescription</a> in tfc-sr2 were ]97. V-day in all experiments, respectively. In tfc-sr3, the rejection share were (95. Alginate and humic acid had synergistic result on flux decline. In other words, increasing alginate concentration increased the rate and extent of flux reduction.

#19 By 682473 (78.29.44.102) at 1/28/2012 5:11:52 AM
Cephalexin are a gaggle of pharmaceutical compounds in human medicine practice that have been entered in water bodies. Presence of these compounds within the environment has raised considerations relating to the toxicity to aquatic organisms and the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before getting into the aquatic surroundings further as water reuse plant is very vital. the objective of this investigation was to judge the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">cephalexin keflex 500 mg</a> and amoxicillin, by using 2 totally different commercially available composite nf membranes (tfc-sr2 and tfc-sr3). in addition, the impact of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">where to buy keflex without prescription</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">buy cheap cephalexin</a> were influenced by the membrane characteristics and properties of nom. The results showed that because the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it was observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin capsules 500mg</a> in tfc-sr2 were ]97. V-day in all experiments, respectively. In tfc-sr3, the rejection share were (95. Alginate and humic acid had synergistic result on flux decline. In alternative words, increasing alginate concentration increased the speed and extent of flux reduction.

#20 By 682473 (78.29.44.102) at 1/28/2012 5:19:56 AM
Cephalexin are a group of pharmaceutical compounds in human medicine follow that have been entered in water bodies. Presence of these compounds within the atmosphere has raised considerations concerning the toxicity to aquatic organisms and also the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before entering the aquatic surroundings similarly as water reuse plant is incredibly important. the target of this investigation was to guage the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">order keflex online</a> and amoxicillin, by using two totally different commercially obtainable composite nf membranes (tfc-sr2 and tfc-sr3). in addition, the impact of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">discount cephalexin</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it absolutely was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">where to buy keflex without prescription</a> were influenced by the membrane characteristics and properties of nom. The results showed that because the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it absolutely was observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">uses for cephalexin 500 mg</a> in tfc-sr2 were ]97. 8 May 1945 in all experiments, respectively. In tfc-sr3, the rejection proportion were (95. Alginate and humic acid had synergistic impact on flux decline. In other words, increasing alginate concentration increased the speed and extent of flux reduction.

#21 By 682473 (78.29.44.102) at 1/28/2012 5:27:26 AM
Cephalexin are a gaggle of pharmaceutical compounds in human medication apply that are entered in water bodies. Presence of those compounds within the surroundings has raised concerns regarding the toxicity to aquatic organisms and the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before entering the aquatic setting moreover as water reuse plant is very important. the target of this investigation was to judge the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal efficiency of <a href="http://cephalexin500mg.com">buy cheap cephalexin</a> and amoxicillin, by using 2 different commercially out there composite nf membranes (tfc-sr2 and tfc-sr3). in addition, the result of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">keflex no prescription</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it absolutely was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 250 mg</a> were influenced by the membrane characteristics and properties of nom. The results showed that because the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it had been observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin capsules 250 mg cap</a> in tfc-sr2 were ]97. 8 May 1945 in all experiments, respectively. In tfc-sr3, the rejection percentage were (95. Alginate and humic acid had synergistic impact on flux decline. In alternative words, increasing alginate concentration increased the rate and extent of flux reduction.

#22 By 682473 (78.29.44.102) at 1/28/2012 3:12:34 PM
Cephalexin are a gaggle of pharmaceutical compounds in human drugs apply that are entered in water bodies. Presence of these compounds in the atmosphere has raised concerns relating to the toxicity to aquatic organisms and therefore the emergence of strains of antibiotic-resistant bacteria. Removal of these substances before entering the aquatic setting furthermore as water reuse plant is extremely necessary. the objective of this investigation was to judge the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">purchase cephalexin online</a> and amoxicillin, by using two completely different commercially out there composite nf membranes (tfc-sr2 and tfc-sr3). additionally, the result of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">keflex in ge neric form,keflex no prescription fedex</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">where to buy cephalexin</a> were influenced by the membrane characteristics and properties of nom. The results showed that because the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it had been observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin capsules 250 mg cap</a> in tfc-sr2 were ]97. V-day in all experiments, respectively. In tfc-sr3, the rejection proportion were (95. Alginate and humic acid had synergistic result on flux decline. In different words, increasing alginate concentration increased the rate and extent of flux reduction.

#23 By 682473 (78.29.44.102) at 1/28/2012 3:58:24 PM
Cephalexin are a group of pharmaceutical compounds in human medication observe that are entered in water bodies. Presence of these compounds within the surroundings has raised issues relating to the toxicity to aquatic organisms and the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before getting into the aquatic surroundings similarly as water reuse plant is incredibly vital. the objective of this investigation was to guage the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">cephalexin keflex 500 mg</a> and amoxicillin, by using 2 completely different commercially obtainable composite nf membranes (tfc-sr2 and tfc-sr3). in addition, the impact of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">cephalexin antibiotic,buy cephalexin without a prescription</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 500 mg cause diaria</a> were influenced by the membrane characteristics and properties of nom. The results showed that because the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it absolutely was observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 250 mg canada</a> in tfc-sr2 were ]97. V-day in all experiments, respectively. In tfc-sr3, the rejection share were (95. Alginate and humic acid had synergistic impact on flux decline. In alternative words, increasing alginate concentration increased the speed and extent of flux reduction.

#24 By 682473 (78.29.44.102) at 1/28/2012 3:59:48 PM
Cephalexin are a group of pharmaceutical compounds in human drugs observe that have been entered in water bodies. Presence of these compounds within the surroundings has raised issues concerning the toxicity to aquatic organisms and also the emergence of strains of antibiotic-resistant bacteria. Removal of these substances before entering the aquatic surroundings additionally as water reuse plant is incredibly vital. the objective of this investigation was to judge the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal efficiency of <a href="http://cephalexin500mg.com">keflex no prescription</a> and amoxicillin, by using 2 totally different commercially offered composite nf membranes (tfc-sr2 and tfc-sr3). in addition, the result of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 250 mg canada</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin keflex 500 mg</a> were influenced by the membrane characteristics and properties of nom. The results showed that because the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it absolutely was observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">keflex no prescription</a> in tfc-sr2 were ]97. 8 May 1945 in all experiments, respectively. In tfc-sr3, the rejection share were (95. Alginate and humic acid had synergistic effect on flux decline. In alternative words, increasing alginate concentration increased the rate and extent of flux reduction.

#25 By 682473 (78.29.44.102) at 1/28/2012 4:33:28 PM
Cephalexin are a gaggle of pharmaceutical compounds in human drugs practice that are entered in water bodies. Presence of those compounds within the surroundings has raised issues regarding the toxicity to aquatic organisms and also the emergence of strains of antibiotic-resistant bacteria. Removal of those substances before entering the aquatic surroundings likewise as water reuse plant is very necessary. the objective of this investigation was to guage the impact of hydrophilic and hydrophobic fractions of natural organic matter (nom) on the removal potency of <a href="http://cephalexin500mg.com">cephalexin 500 mg use by veterinaries</a> and amoxicillin, by using 2 completely different commercially available composite nf membranes (tfc-sr2 and tfc-sr3). additionally, the effect of nom fractions on retention mechanism and permeates flux behavior was studied. Amoxicillin and <a href="http://cephalexin500mg.com">generic keflex</a> were used as models of antibiotics; alginate and humic acid were used as models of hydrophilic and hydrophobic fractions of nom, respectively. it was observed that the rejection and permeate flux of amoxicillin and <a href="http://cephalexin500mg.com">cephalexin 250 mg canada</a> were influenced by the membrane characteristics and properties of nom. The results showed that as the alginate proportion was increased, the rejection improved. The permeate flux decreased with increasing alginate ratio. it absolutely was observed that the rejections of amoxicillin and <a href="http://cephalexin500mg.com">ialex cephalexin 500mg</a> in tfc-sr2 were ]97. V-E Day in all experiments, respectively. In tfc-sr3, the rejection percentage were (95. Alginate and humic acid had synergistic result on flux decline. In different words, increasing alginate concentration increased the speed and extent of flux reduction.

Write Comment
Return to News
  Displaying Comments 1 through 25 of 28
Next Page
  The time now is 4:37:47 PM ET.
Any comment problems or spammers? E-mail us
Spammers: Your posts will be deleted - do not waste your time!
Please Enter Your User name and password:

Sign Up For A User Name

 

  *  
  *   *
 
replica watches