Explanation

ROM (Read-Only Memory)

• Stores non-modifiable data and instructions permanently.
• Non-volatile memory used for essential computer instructions.

RAM (Random Access Memory)

• Volatile memory used for temporary data storage.
• Supports active processes and operations on a computer.

Explanation

Dandy ڈینڈی

A fashionable man  ایک فیشن ایبل آدمی

Explanation

• The First Battle of Panipat was fought in the year 1526 between the forces of Babur and Ibrahim Lodhi in which Lodhi was defeated and Mughal rule was established in India.
  

Additional Information

First Battle of Panipat: 21 April 1526

Fought Between: Babur Vs Lodi

Won by: Babur

Second Battle of Panipat: November 5, 1556

Fought Between: Hemu Vs Akbar

Won by: Akbar

Third Battle of Panipat: 14 January 1761

Fought Between: Abdali Vs Marathas

Won by: Abdali

Explanation

Explanation

General Ayub Khan ruled Pakistan for 10 years and 224 days (Oct 27, 1958 – Mar 25, 1969).

He was the second President of Pakistan.

Came to power through a military coup against President Iskandar Ali Mirza.

Ruled as a military dictator during his tenure.

Resigned in 1969 due to widespread protests across the country.

Explanation

• In MS Word, With the help of Print Layout view can you see how text and graphics will appear on the printed page.
• Your document opens showing the entire page, just the way it will appear when it is printed on a sheet of paper.
• You can make changes while text formatting, images, and page layout are visible.

Explanation

Bait-e-Rizwan took place in 6th Hijrah.

Bait Rizwan was the pledge taken to get revenge of Hazrat Usman (RA) under the tree known as Rizwan

Bait-e-Rizwan is also known as Bait-e-Shajra made under the Keekar tree.

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Explanation

 The non-protein part of an enzyme is called a cofactor. 

Explanation

Gen. Yahya Khan became the third President of Pakistan after Ayub Khan

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Yahya Khan was a Pakistani general who served as the third president of Pakistan from 25 March 1969 until December 1971.

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Explanation

Orbitals that have the same energy level are called degenerate orbitals.

This concept is important in understanding electron behavior and how they fill atomic orbitals, following principles like the Aufbau principle and Hund's rule.

For example, in a hydrogen atom, all orbitals with the same principal quantum number (n) are degenerate.