Skip to main content

Linux mint os basic terminal commands

Hello!

 Linux mint user, in this article we will tells about some basic commands used in linus operating system. 

As a linux is a open source operating system so you don't need any type of money to pay anyone. You just download the iso file from the official, make a bootable pendrive and run on pc. Linux have a feature to test how your operating system looks and test hardwares are supports correctly or not with your computer after installation process completed.  


 Here are some basic commands for Linux Mint:



1. cd - change directory

2. ls - list files and directories

3. mkdir - make directory

4. touch - create a new file

5. cp - copy files or directories

6. mv - move or rename files or directories

7. rm - remove files or directories

8. sudo - run a command with superuser privileges

9. apt-get - install, update, or remove software packages

10. grep - search for a specific string in a file or output




If you  want   to try this commands just open linux terminal and start your work 


Comments

Read this Article

Jharkhand D2D exam syllabus

  Jharkhand D2D lateral entry Syllabus * Mathematics * • Complex number • Numerical analysis • Application of derivatives • Statistics • Differentiation • Limits • Set relation and function • Inverse trigonometric function • Matrices and determinant • Continuity • Integration ( definite and indefinite) • Application of integration • Differential equation • Vector • Co ordinate geometry and 3D • Probability • L.P.P • Logarithm • Sequence and series • Trigonometry • Binomial theorem • Partial fraction ___________________ ___________________ * Chemistry * • Solid state • Solution • Chemical kinetics • Chemical bonding • Periodic table • Aldehyde/ ketone/ Carboxylic Acid • Co-ordination Compound • Surface chemistry • Hydrocarbon • Amines • Bio molecules • Polymer • Mole concept • Thermodynamics • D and F blocks • Halo alkane/ Halo arene • Basic concepts of organic chemistry • Environmental chemistry • P-block • Chemical equilibrium • Metallurgy • Ether/ alcohol/ phenol • Atomic s...

Work, Energy, and Power – Class 11 Physics NCERT | Formulas, Derivations & Examples

⚡ Work, Energy, and Power – Class 11 Physics (NCERT) This chapter from Class 11 Physics NCERT explains the basic concepts of Work , different forms of Energy , and the concept of Power . These are foundational ideas used in all branches of physics. 🧱 What is Work? Work is said to be done when a force is applied on a body and there is displacement in the direction of the force. Work (W) = F × d × cosθ F = Force d = Displacement θ = Angle between force and displacement ✅ Types of Work Positive Work → θ < 90° Negative Work → θ > 90° Zero Work → θ = 90° (e.g., circular motion) SI Unit: Joule (J) 🔋 What is Energy? Energy is the capacity to do work. It exists in various forms: mechanical, thermal, chemical, electrical, etc. 🔹 Kinetic Energy (K.E.) Energy possessed by a body due to motion. K.E. = ½mv² 🔹 Potential Energy (P.E.) Energy possessed due to position or configuration. P.E. = mgh Total Mecha...

Questions from potentiometer

  Potentiometer Questions from potentiometer Q1. Why is a potentiometer preferred over a voltmeter for measuring the emf of a cell? Ans. Potentiometer work on null method, It does not draw any current from the cell thus there there is no potential drop due to the internal resistance of the cell. It measures the potential difference in an open circuit which is equal to the actual EMF of the cell. It is very accurate device. On the other hand, voltmeter draw small current from the cell for its operation. So it measures terminal potential difference in a closed circuit which is less than EMF of the cell Q2. The sensitivity of a potentiometer increases with increase in length of its wire. Explain why? Ans. When the length of the wire increases the fall of potential per unit length of the wire become smaller (i.e potential gradient K= V/L ). Hence even a small potential difference can be measured. Q3. Sometime the balance point in the potentiometer may not be obtained on the wire ...