Welcome to PhysicsMonk.com β the most trusted Physics doubt solving platform for IIT-JEE, NEET, and CBSE students.
Struggling with physics numericals or concepts from DC Pandey or SL Arora?
Tired of endless YouTube searches that donβt answer YOUR doubt?
At PhysicsMonk.com, we help students like you get direct, accurate, and fast doubt solutions for IIT-JEE & NEET Physics β no more waiting, no more confusion.
π‘ This is your one-stop platform for Physics doubt-solving, NCERT solutions, and exam-level problem explanations β all tailored for you.
π₯ Why Use PhysicsMonk.com?
β Post Your Doubt. Get a Precise Answer.
Our team solves your doubt in text + video format, posted directly on PhysicsMonk.com with full explanation.
β Track Your Doubts in One Place
Create your free account and track every doubt you ask β no more scrolling YouTube endlessly.
β Exclusive Website-Only Solutions
We go beyond YouTube. Most of our detailed solutions are published only on PhysicsMonk.com, including step-by-step SL Arora, HC Verma, and DC Pandey solutions.
β Tailored for Boards + Entrance
Class 10? Class 11? NEET aspirant? JEE Main hopeful? Weβve got you covered with custom doubt-solving across every level.
π What Can You Ask?
π― βA projectile is thrown at an angle of 30Β°, what is its range?β
π― βHow to solve Class 11 Physics Motion in a Straight Line from NCERT?β
π― βStuck on Class 10 Force & Laws of Motion numericals?β
π― βConfused with a DC Pandey Level 2 Question?β
π― βNeed SL Arora Chapter 4 solutions explained?β
π¬ Post it on PhysicsMonk.com, and weβll handle the rest.
π Start Learning with These Popular Sections:
π Doubt Clearance by Topic
- Projectile Motion
- Laws of Motion
- Motion in a Straight Line
- Work, Power & Energy
(Based on NCERT, DC Pandey, SL Arora, HC Verma)
π NCERT Solutions
- Class 11 Physics Chapterwise
- Class 12 Physics Board + NEET Ready
- Class 10 Physics Numericals Simplified
π Time Tables & Study Plans
- Latest 11th Class Time Table for Boards + JEE/NEET
- Weekly Revision Plans Based on School + Coaching
- Custom Schedules for Repeaters & Droppers
π Explore PhysicsMonk.com
π₯ Submit a Doubt β Instant Response System
π Browse Solutions β Text + Diagrams + Optional Video
π Search by Book β DC Pandey, SL Arora, HC Verma
π― Keyword Explorer β Find Questions Like Yours
π¬ Tired of asking doubts on random YouTube comments?
Switch to a focused platform built ONLY for solving physics doubts β PhysicsMonk.com.
β¨ Recent Doubts Solved on PhysicsMonk.com
πΈ Numerical from SL Arora Chapter 5 β Circular Motion
πΈ Projectile thrown at 30Β° hits target at 40 m β find time of flight
πΈ HC Verma Vol 1 β Conceptual Q 4, Page 78
πΈ DC Pandey Mechanics 1 β Level 2, Question 17
πΈ Class 10 Physics Numericals on Work & Energy
β Click to view full solutions, formulas used, and alternate methods.
π Subscribe for Notifications
Want updates when your doubt is solved?
π§ Enter your email β weβll notify you as soon as your personalized solution is published!
π₯ Bonus: Learn More on Our YouTube Channel
We also publish handpicked video solutions for common doubts.
Subscribe for weekly walkthroughs of Physics problems for NEET & JEE.
πΊ Subscribe to Physics Monk on YouTube
π Built for Every Physics Learner
- Class 10 Board Students
- Class 11 CBSE & ICSE
- JEE Main & Advanced Aspirants
- NEET UG Candidates
- Foundation & Olympiad Students
π PhysicsMonk.com is Where Real Doubts Get Solved
No bots. No generic answers. No βwatch this 30-minute videoβ replies.
Just clear, step-by-step physics help β delivered to YOU.
π΅ [Ask Your Doubt Now]
π’ [View All Solutions]
π [Join for Free]
π Boost Your Preparation Today
Youβve already searched on YouTube. Now try something made for you.
PhysicsMonk.com β The Smarter Way to Clear Physics Doubts.
#11th time table, #a projectile a is thrown at an angle 30, #physics numericals for class 10, #dc pandey physics class 11, #motion in a straight line class 11, #hc verma physics book, #sl arora physics class 11
JEE MAIN 2025(29jan shift2)Two planets, A and B are orbiting a common star in circular orbits of rad
March 5, 2025
Description Two planets, A and B are orbiting a common star in circular orbits of radii RA and RB, respectively, with RB = 2RA. The planet B is 4 2 times more massive than planet A. The ratio Lb/La angular momentum (LB) of planet B to that of planet A(LA) is closest to integer __________.
JEE MAIN 2025(29jan shift2): A physical quantity Q is related to four observablesa, b, c, d as foll
March 5, 2025
Description A physical quantity Q is related to four observables a, b, c, d as follows : Q =ab4/ cd where, a = (60 Β± 3)Pa; b = (20 Β± 0.1)m; c = (40 Β± 0.2) Nsmβ2 and d = (50 Β± 0.1)m, Welcome to Allen.AskDoubtnut.com β Indiaβs Largest Platform for Instant Doubt Solutions Allen.AskDoubtnut.com
JEE MAIN 2025(29jan shift2)Match List-I with List-II.A)Youngβs Modulus (B) Torque (C) Coefficient o
March 5, 2025
Description Match List-I with List-II. A)Youngβs Modulus (B) Torque (C) Coefficient of Viscosity (D) Gravitational Constant Welcome to Allen.AskDoubtnut.com β Indiaβs Largest Platform for Instant Doubt Solutions Allen.AskDoubtnut.com is the ultimate destination for instant video solutions to your doubts in Physicsβfrom Class 11th to JEE Advanced and NEET level. With a growing library of over
JEE MAIN 2025(29jan shift2): A sand dropper drops sand of mass m(t) on a conveyer belt at a rat
March 5, 2025
Description A sand dropper drops sand of mass m(t) on a conveyer belt at a rate proportional to the square rootofspeed(v)ofthebelt,i.e. dm/dt is proportional to rootv.IfPis the power delivered to run the belt at constant speed then which of the following relationship is true ? Welcome to Allen.AskDoubtnut.com β Indiaβs Largest Platform for Instant Doubt
JEE MAIN 2025(29jan shift2)A convex lens mode of glass (refractive index = 1.5) has focal length 24
March 5, 2025
Description A convex lens mode of glass (refractive index = 1.5) has focal length 24 cm in air. When it is totally immersed in water (refractive index = 1.33), its focal length changes to (1) 72 cm. 2)96cm. 3) 24 cm. 4) 48 cm Welcome to Allen.AskDoubtnut.com β Indiaβs Largest Platform for Instant Doubt Solutions
JEE MAIN 2025(29jan shift2)Given below are two statements.Assertion (A) :Three identical spheres of
March 5, 2025
Description Given below are two statements. One is labelled as Assertion (A) and the other is labelled as Reason (R). Assertion (A) :Three identical spheres of same mass undergo one dimensional motion as shown in figure with initial velocitiesvA =5m/s,vB =2m/s,vC =4m/sIfwe wait sufficiently long for elastic collision to happen, then vA = 4 m/s,
JEE MAIN 2025(29jan shift2)Two concave refracting surfaces of equal radii of curvature and refracti
March 5, 2025
Description Two concave refracting surfaces of equal radii of curvature and refractive index 1.5 face each other in air as shown in figure. A point object O is placed midway, between P and B. The separation between the images of O, formed by each refracting surface is : 1) 0.214R. 2) 0.114R 3) 0.411R 4)
JEE MAIN 2025(29jan shift2)A plane electromagnetic wave propagates along the + x direction in free s
March 5, 2025
Description A plane electromagnetic wave propagates along the + x direction in free space. The components of the electric field E and magnetic field B associated with the wave in Cartesian frame are : (1) Ey, Bx. 2)Ey,Bz. 3)Ex,By 4) Ez, By Welcome to Allen.AskDoubtnut.com β Indiaβs Largest Platform for Instant Doubt Solutions Allen.AskDoubtnut.com is
JEE MAIN 2025(29jan shift2):A point charge causes an electric flux of β2 Γ 104 Nm2Cβ1 to pass throug
March 5, 2025
Description A point charge causes an electric flux of β2 Γ 104 Nm2Cβ1 to pass through a spherical Gaussian surface of 8.0 cm radius, centred on the charge. The value of the point charge is : (Given Ξ΅0 = 8.85 Γ 10β12C2Nβ1mβ2) (1) β17.7 Γ 10β8C. 2) -15.7 Γ 10β8C (3) 17.7 Γ 10β8C 4)
JEE MAIN 2025,29jan shift 2(By graph and short trick): In an experiment with photoelectric effect, t
March 5, 2025
Description In an experiment with photoelectric effect, the stopping potential. (1) increases with increase in the wavelength of the incident light (2) increases with increase in the intensity of the incident (3) is 1/e times the maximum kinetic energy of the emitted photoelectrons (4) decreases with increase in the intensity of the incident light Welcome
βPhysicsMonkβ by Mr. Vivek Singh Sir & team