Posts

The pressure of an ideal gas is increased by 0.4% keeping the volume constant. Find the initial temperature of the gas if there is a 1°C rise in temperature.

Image
The pressure of an ideal gas is increased by 0.4% keeping the volume constant. Find the initial temperature of the gas if there is a 1°C rise in temperature. Ideal Gas Law Quiz 9. The pressure of an ideal gas is increased by 0.4% keeping the volume constant. Find the initial temperature of the gas if there is a 1°C rise in temperature. (1) 250 K (2) 250°C (3) 2500 K (4) 2500°C Submit Answer ...
Post a Comment
Read more

Statement-I: O²⁻ and H⁺ are projected in a magnetic field perpendicular to the field with the same speed. The radius of curvature of O²⁻ will be less than H⁺. Statement-II: e⁻ and p⁺ are projected in a magnetic field perpendicular to the field with the same speed. The radius of curvature of e⁻ will be more than the proton. Which of the following is correct? Statement-I is correct but Statement-II is incorrect Statement-I is incorrect but Statement-II is correct Both Statement-I and Statement-II are incorrect Both Statement-I and Statement-II are correct

Image
  Physics Quiz: Radius of Curvature in Magnetic Fields Statement-I: O²⁻ and H⁺ are projected in a magnetic field perpendicular to the field with the same speed. The radius of curvature of O²⁻ will be less than H⁺. Statement-II: e⁻ and p⁺ are projected in a magnetic field perpendicular to the field with the same speed. The radius of curvature of e⁻ will be more than the proton. Which of the following is correct? Statement-I is correct but Statement-II is incorrect Statement-I is incorrect but Statement-II is correct Both Statement-I and Statement-II are incorrect ...
Post a Comment
Location: 32 St Barnabas St, London SW1W 8QE, UK
Read more

Interactive Physics Quiz: Match Constants with Dimensional Formulas (Boltzmann, Viscosity, Thermal Conductivity, Planck's Constant)

  Physics Constants Matching Quiz Match the following physical constants with their correct dimensional formulas. This quiz tests your understanding of Boltzmann's constant, coefficient of viscosity, thermal conductivity, and Planck's constant. 14. Match the following physical constants with their dimensional formulas: (i) Boltzmann's constant (a) ML 2 T -1 (ii) Coefficient of viscosity (b) ML 2 T -2 K -1 (iii) Thermal conductivity (c) ML -1 T -1 (iv) Planck's constant (d) MLT -3 K -1 (1) (i)-(c), (ii)-(b), (iii)-(a), (iv)-(d) (2) (i)-(b), (ii)-(c), (iii)-(d), (iv)-(a) (3) (i)-(b), (i...
Post a Comment
Location: L1/3, Kausalya Park, Block L1, Padmini Enclave, Hauz Khas, New Delhi, Delhi 110016, India
Read more

Grok AI Unleashed: Elon Musk’s Chatbot Shakes Up 2025 with Savage Replies and Bold Moves.

Grok AI Unleashed: Elon Musk’s Chatbot Shakes Up 2025 with Savage Replies and Bold Moves Grok AI Unleashed: Elon Musk’s Chatbot Shakes Up 2025 with Savage Replies and Bold Moves Published: March 18, 2025 | By Mohd Yasir Hold onto your seats, tech fans! Grok AI, the brainchild of Elon Musk’s xAI, is rewriting the rules of artificial intelligence in 2025—and it’s not holding back. From dropping Hindi slang bombs on X to stirring political storms, this AI chatbot is the wild card we didn’t see coming. Here’s why Grok AI is the hottest topic in AI news 2025. Grok 3: The Beast Awakens Last month, xAI dropped Grok 3, hyping it as ten times more powerful than its predecessor. And boy, does it deliver! Built to tackle reasoning, research, and creative chaos, this beast is making waves globally. On March 17, 2025, a viral X exchange showcased Grok hurling Hindi expletives at a user—complete with a cheeky “maine toh bas thodi si masti ki thi” (I was just...
Post a Comment
Location: 402 Sapir St, Valley Stream, NY 11580, USA
Read more

Paging in Operating Systems: A Comprehensive Guide

Image
Paging in Operating Systems: A Comprehensive Guide S Paging is a method of gaining access to data more quickly. When a program requires a page, it is available in the main memory because the OS copies a set number of pages from the storage device into the main memory. Paging permits a process’s physical address space to be noncontiguous. Paging refers to a memory management strategy that does away with the need for the allocation of contiguous physical memory. What is Paging in the OS? Paging is a storage mechanism used in OS to retrieve processes from secondary storage to the main memory as pages. The primary concept behind paging is to break each process into individual pages. Thus the primary memory would also be separated into frames. One page of the process must be saved in one of the given memory frames. These pages can be stored in various memory locations, but finding contiguous frames/holes is always the main goal. Process pages are usually only b...
Post a Comment
Location: Fort Point Channel Tunnel, Massachusetts Tpke, Boston, MA 02210, USA
Read more