In the diagram above, AB represents a uniform rod of length 1.50m which is in equilibrium on a pivot at P, If AP = 40cm, calculate the mass of the rod. [g = 10ms‾²] by Sunday | May 22 | Physics WAEC | 0 comments A. 0.280kg B. 0.400kg C. 0.613kg D. 0.800kg Correct Answer: Option D Explanation m = (0.7×40)/35 =0.8kg Users Also Read These:A battery of e.m.f 3.0V is connected across a…Which of the illustrated graphs above represents a…A farmland measures 50m x 50m. Determine its area in…A uniform cylindrical hydrometer of mass 20g and…A rod of initial length 2m at a temperature of 25°C…