Skip to main content

THE SYSTEM GETS HANGED BEFORE IT SHOWS WINDOWS XP LOGO (or) invalid boot.ini

THE SYSTEM GETS HANGED BEFORE IT SHOWS WINDOWS XP LOGO (or) invalid boot.ini

Reason: 

vThe above symptom says that the file "boot.ini"  file is missing or corrupted, failing to load the O.S successfully.


Step to recover "boot.ini" file by performing recovery console mode.


v Insert the windows XP bootable CD & restart.

v Press any key to boot from CD……

v Set up is loading the files.

v We can see 3 options.

§  Enter = continue

§  [R=Repair/1st Repair/Recovery console mode]

§  F3=Quit.

·         Press R to perform recovery console mode.

1:C:\windows


Which windows installations would you like to log onto 

(To cancel, press Enter]? 1 ↓

Type Administrator password:↓

C:\windows>CD …. ↓ (CD space dot dot)

C:\>dir↓

C:\>ATTRIB-R  C:\boot.ini↓ 

C:\>dir↓

C:\>ATTRIB-H  C:\boot.ini↓ 

C:\>dir↓

C:\>DEL boot.ini↓

C:\>dir↓

C:\>Boot CFG  /Rebuild  ↓


Note: Properly works 192-250, 211 (boot.ini), doesn't 52 (boot.ini).


Total indentified windows installs ? 1

1:C:\>windows

Add installations to boot list? <yes/no/all> Y ↓

[ENTER LOAD IDENTIFIER]: 

Microsoft windows XP professional ↓

[ENTER O.S LOAD OPTION]: /FAST DETECT/NO EXECUTE= optin ↓

C:\>dir↓

C:\>exit↓

Comments

Post a Comment

Popular posts from this blog

Repeatedly asked MCQs questions on Venturimeter.

  1) Venturimeter is used to measure:- A) velocity of fluids. B) power C) pressure D) discharge of flow. Ans:- D) discharge of flow. 2) Small size Venturimeter is made of :- A) Brass or Bronze B) Cast iron C) Steel D) Nickel Ans:- A) Brass or Bronze 3) Large size Venturimeter is made of:- A) Cast iron B) Copper C) Nickel D) Brass Ans:- A) Cast iron 4) Angel of convergent cone of a Venturimeter is:- A) lesser than that of divergent cone. B) greater than that of divergent cone. C) equal to divergent cone. D) equal or less than that of divergent cone. Ans:- B) greater than that of divergent cone. 5) Venturimeters have:- A) low head loss, low coefficient of discharge and large size. B) low head loss, low coefficient of discharge and small size. C) high head loss, low coefficient of discharge and small size. D) low head loss, high coefficient of discharge and large size. Ans:- D) low head loss, high coefficient of discharge and large size. 6) The size of Venturimeter is expressed as 200...
Post a Comment
Read more

Best tricks to remember atomic mass number.

  Best trick to remember atomic weight number in Hindi  Here is a very good way to remember atomic mass number so that you can remember atomic mass number very easily   Atomic Mass Number :- The mass number of an atom is the sum total of the number of protons and the number of neutrons.  Z = p + n  The atomic mass number is expressed in amu(atomic mass unit) .   To prepare for various exams, you must read these posts of ours:-  biology gk set-1  V.V.I gk Question :- Reflection and Refraction of Light  pH value gk questions  Geography Set-1(100 Questions)  In this method you must remember the value of atomic number of elements. Here is how to calculate mass number up to 40.  This method fails when the mass number is more than 40.  Generally questions up to mass number 40 are asked in the examinations.  Mass numbers greater than that will have to be crammed or another method is adopted.  • How to easily remember th...
Post a Comment
Read more

Force and momentum numerical problems

 Physics numerical :- Force and Momentum  Q.1 .  A force of 12 N on an object produces an acceleration of 4 m/s.  How much force is needed to produce an acceleration of 10 m/s?  A) 30N  B) 12N  C) 10N  D) 20N  ANSWER= A ) 30N  Explain:-  F = ma  m = F/a  m = 12/4  m =3 kg  Therefore, force for an acceleration of 10 m/s² = ma  = 3×10  = 30N ans.  Q.2.  The momentum of an object is 20 kgm/s.  How much force is needed to stop it in 4 seconds :-  A) 4N  B) 12N  C) 10N  D) 5N  ANSWER= D) 5N  Explain:- From the formula of impulse,  force × time = change in momentum  Now, initial momentum = 20 kgm/s  Final momentum = 0 kgm/s (momentum also becomes zero when velocity is zero)  Change in momentum = 20 - 0  = 20 kgm/s  Therefore, F× 4=20  F = 20/4  = 5N ans.  Q.3.  An 80 g bullet is fired from a 20 kg gun with a velocit...
Post a Comment
Read more