Chapter 11 Work, Energy and Power Part 3 – Physics free study material by TEACHING CARE online tuition and coaching classes Problem 76. A particle of mass m moving with horizontal speed 6 m/sec. If m<<M then…
Chapter 10 Work, Energy and Power Part 2 – Physics free study material by TEACHING CARE online tuition and coaching classes Elastic Potential Energy. (1) Restoring force and spring constant : When a spring is stretched or compressed…
Chapter 9 Work, Energy and Power Part 1 – Physics free study material by TEACHING CARE online tuition and coaching classes Introduction. The terms ‘work’, ‘energy’ and ‘power’ are frequently used in everyday language. A farmer clearing weeds in…
Chapter 8 Law of Motion Part 2 – Physics free study material by TEACHING CARE online tuition and coaching classes Problem 33. A man weighs 80kg. He stands on a weighing scale in a lift which is…
Chapter 7 Law of Motion Part 1 – Physics free study material by TEACHING CARE online tuition and coaching classes Point Mass. An object can be considered as a point object if during motion in a given time,…
Chapter 6 Motion in a Plane (two dimension) Part 4 – Physics free study material by TEACHING CARE online tuition and coaching classes Solution : (a) v = 72 km = 20 m/s, h r =…
Chapter 5 Motion in a Plane (two dimension) Part 3 – Physics free study material by TEACHING CARE online tuition and coaching classes Circular motion is another example of motion in two dimensions. To create circular…
Chapter 4 Motion in a Plane (two dimension) Part 2 – Physics free study material by TEACHING CARE online tuition and coaching classes (9) Maximum height : It is the maximum height from the point of projection, a projectile…
Chapter 3 Motion in a Plane (two dimension) Part 1 – Physics free study material by TEACHING CARE online tuition and coaching classes The motion of an object is called two dimensional, if two of the three…
Chapter 2 Motion in Straight Line (one dimension) – Physics free study material by TEACHING CARE online tuition and coaching classes Position. Any object is situated at point O and three observers from three different places are looking…
