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A block of metal of mass 2 kg on a horizontal table is attached to a mass of 0.45 kg by a light string passing over a frictionless……
Numerical Problems

A block of metal of mass 2 kg on a horizontal table is attached to a mass of 0.45 kg by a light string passing over a frictionless……

adminby adminOctober 20, 2024November 24, 20240

A block of metal of mass 2 kg on a horizontal table is attached to a mass of 0.45 kg by a light string passing …

How Many Light Years Away is Betelgeuse?
Theory Topics

How Many Light Years Away is Betelgeuse?

adminby adminOctober 13, 2024November 24, 20240

For astronomy enthusiasts, Betelgeuse is a mysterious and fascinating star. But the question is, “How many light years away is Betelgeuse?” Let’s find the answer …

Light Year: Measurement of Cosmic Distances
Theory Topics

Light Year: Measurement of Cosmic Distances

adminby adminOctober 13, 2024November 24, 20240

The universe is extremely vast, and to measure its vastness we need special measurement units. One such unit is the light year. This article will …

What is torque?
Theory Topics

What is torque?

adminby adminOctober 9, 2024November 24, 20240

Table: Main Components of Torque Components Description Torque (τ) Rotational effect produced in an object due to a force Force (F) External force applied on …

Consider a particle of mass m moving in one dimension under a force derived from the potential energy U(x) = k(x^2 − 4xl), where k > 0…..
Numerical Problems

Consider a particle of mass m moving in one dimension under a force derived from the potential energy U(x) = k(x^2 − 4xl), where k > 0…..

adminby adminOctober 7, 2024November 24, 20240

Understanding how particles behave under different potential energies is key in classical mechanics. We explore a one-dimensional system where a particle of mass moves under …

Consider a particle of mass m moving in one dimension under a force with the potential U(x) = k(2x^3 − 5x^2 + 4x)…
Numerical Problems

Consider a particle of mass m moving in one dimension under a force with the potential U(x) = k(2x^3 − 5x^2 + 4x)…

adminby adminOctober 6, 2024November 24, 20240

Consider a particle of mass m moving in one dimension under a force with thepotential , where the constant . Show thatthe point corresponds to …

A thin cylindrical wheel of radius r = 40 cm is allowed to spin on a frictionless axle. The wheel, which is initially at rest, has a tangential force applied at right angles to its radius of magnitude 50 N. The wheel has a moment of inertia equal to 20 kg m^2…
Numerical Problems

A thin cylindrical wheel of radius r = 40 cm is allowed to spin on a frictionless axle. The wheel, which is initially at rest, has a tangential force applied at right angles to its radius of magnitude 50 N. The wheel has a moment of inertia equal to 20 kg m^2…

adminby adminOctober 4, 2024November 24, 20240

(a) A thin cylindrical wheel of radius r = 40 cm is allowed to spin on a frictionless axle. The wheel, which is initially at …

Microgravity: The Fascinating World of Near-Weightlessness
Theory Topics

Microgravity: The Fascinating World of Near-Weightlessness

adminby adminSeptember 28, 2024November 24, 20240

Introduction Have you ever wondered why astronauts float effortlessly inside the International Space Station (ISS)? This phenomenon is due to microgravity, a condition of near-weightlessness …

Cars A and B are travelling in adjacent lanes along a straight road…
Numerical Problems

Cars A and B are travelling in adjacent lanes along a straight road…

adminby adminJuly 17, 2024November 24, 20240

Cars A and B are travelling in adjacent lanes along a straight road as shown.At time, t = 0 their positions and speeds are as …

A boy wishes to throw a ball through a house via two small openings, one in..
Numerical Problems

A boy wishes to throw a ball through a house via two small openings, one in..

adminby adminJuly 17, 2024November 24, 20240

A boy wishes to throw a ball through a house via two small openings, one inthe front and the other in the back window, the …

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