SHIVPUJAN PATEL(SAP)

VFWGM-3GRYG-QB43V-MVP84-XB3G9, HHBCG-3V2QR-72KPV-YQCXW-KHGJ7, YVGKQ-B7QYX-WWPBR-M7T2R-PB8BM, XW6Q2-MP4HK-GXFK3-KPGG4-GM36T, X4682-4BKMH-M4MRW-MY32H-FC8BD, DX87K-XKPJ3-2H4D6-TX47Q-J46B6, FYWR6-8KPYK-YM63K-FWWRV-MT3DP, TVBWC-BMG9W-JG688-WFDQQ-DP7D2, Q36CG-GVYDT-JQH4W-67XGR-99D8C, 3M37B-3HDFR-2KYQJ-YJ7VT-JYKR2, M4KFB-K3TFW-BMG6B-622C4-RW7HW, TWHCC-DC33F-G4JJP-BTR2B-RKRYT, 4X7WM-GTH3D-DWVCV-H382J-HPMRD, VQD7P-3KK7H-M7VV2-CTXM4-MC7FW, C34VY-TJYXD-3BG2V-HYX8T-76CY6, 3D2W3-8DJM6-YKQRB-B2XDB-TVQHF, YXF2Y-QRRKR-BFKVQ-RHQ7H-DJPKD, BMYY7-WH8QJ-6MTWG-MXXVQ-MD97B, CRBH4-MXB2P-HP7V6-8YTMD-CBHJR, G2JMP-2PC7G-RYBYX-PPF38-3KKTY, HBJFW-XJ7K3-34JDX-VPPTW-227G6, RXKFJ-67HBV-84TD2-RMDK8-9BDMT, 4FWCC-M3XVT-GQVVC-MKQYG-HP7YB, VV2JP-HCKYQ-DMYB8-MQ733-6CHGC, V8KG7-FRF6Y-WWRRB-G7KYY-TD4B7, MTTXT-YX8JQ-6PC2M-TTXDT-WDM8K, 8V678-K66HP-GH28R-PTHKH-98PWP, 4BR3X-4CP6X-2DTXP-FFDHT-7Q298, CFYHY-FQPJR-RWPC6-PWHKB-MXVKH, YC62K-W8FW7-7BGVV-PYXD4-R679J, KC4BB-2JHWW-VKCD6-2MXFV-98VH6, 27GY6-MPPMH-MJ43B-MPP2T-8WQ6Y, 8BCD7-W

This method can be used 2 change the password of an xp pc without knowing the current password...follow the steps Start >> Run >> [type]cmd // this will open your command prompt [type] net(space)user(press enter) [type] net(space)user(space)[windowsloginid](space)*(press enter) // for e.g. : net user HOME *(press enter) [type] new password (press enter) and retype it (press enter).. it will show u confirmation... // caution it wont show u the password u type.. but it still types.. the blinking pointer will b there at the same place.. but it still works.. // for e.g. : password changed successfully.

[[Image:NEC 128mb ram.JPG|right|thumb|One module of 128MB NEC SD-RAM.]] Many computer systems have a memory hierarchy consisting of [[CPU register]]s, on-die [[Static random access memory|SRAM]] caches, external [[cache]]s, [[DRAM]], [[paging]] systems, and [[virtual memory]] or [[swap space]] on a hard drive. This entire pool of memory may be referred to as "RAM" by many developers, even though the various subsystems can have very different [[access time]]s, violating the original concept behind the ''random access'' term in RAM. Even within a hierarchy level such as DRAM, the specific row, column, bank, rank, channel, or [[interleave]] organization of the components make the access time variable, although not to the extent that rotating [[storage media]] or a tape is variable. (Generally, the memory hierarchy follows the access time with the fast CPU registers at the top and the slow hard drive at the bottom.) In most modern personal comp

[[Image:NEC 128mb ram.JPG|right|thumb|One module of 128MB NEC SD-RAM.]] Many computer systems have a memory hierarchy consisting of [[CPU register]]s, on-die [[Static random access memory|SRAM]] caches, external [[cache]]s, [[DRAM]], [[paging]] systems, and [[virtual memory]] or [[swap space]] on a hard drive. This entire pool of memory may be referred to as "RAM" by many developers, even though the various subsystems can have very different [[access time]]s, violating the original concept behind the ''random access'' term in RAM. Even within a hierarchy level such as DRAM, the specific row, column, bank, rank, channel, or [[interleave]] organization of the components make the access time variable, although not to the extent that rotating [[storage media]] or a tape is variable. (Generally, the memory hierarchy follows the access time with the fast CPU registers at the top and the slow hard drive at the bottom.) In most modern personal comp