WebSolution Step 1: Given that: Mass (m) of the body = 5kg maximum height (H) = 10m Attained height (h) after falling from top = 4m g= 10ms−2 Step 2: i) Calculation of loss in potential energy of the body: The potential energy of a body of mass m kept at height h is given by; P E = mgh The potential energy at the top = mgH Thus, P EH =5kg×10ms−2×10m http://eodg.atm.ox.ac.uk/user/dudhia/rowing/physics/weight.html

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WebIn our problem, the 80 m corresponds to the distance A, and so the average speed of 4 m/s (average speed in the direction straight across the river) should be substituted into the … WebTwo men (A & B) of mass 50 kg and 100 kg are standing at the two opposite ends of a boat of mass 200 kg and length L = 20 m. A travels a distance 5 m right relative to the boat towards the centre and B moves a distance 15 m left relative to the boat and meets A. Find the distance travelled by the boat in the water when they meet. list of water treatment plants

A boat of mass 40kg is floating on water. A boy of mass 10kg on …

WebIf the mass of the boat is 20Kg, find the distance of the dog from the shore when it halts_____ A dog of mass 5Kg is standing on a flat boat so that he is 10m from the shore.He walks 4m on the boat towards the shore and then halts. If the mass of the boat is 20Kg, find the distance of the dog from the shore when it halts_____ http://eodg.atm.ox.ac.uk/user/dudhia/rowing/physics/basics.html WebE.g. for a boat+crew mass m b = 100 kg (i.e. a single sculler) to accelerate from rest to v b = 1 m/s, requires either m w = 10 kg water to be accelerated to v w = 10 m/s, or m w = 20 kg … list of water service cooperatives