stion An object of mass M attached to a spring of force constant k oscillates with amplitude A on a frictionless, horizontal surface. Macmillan Learning Use conservation of energy to derive an expression for the object's speed v(x) as a function of position x. D(x) - If M has a value of 250 g, the spring constant is 75.0 N/m, and the amplitude is 10.0 cm, use the formula to calculate the speed of the object at x = 0 cm, 2.00 em, 5.00 cm, 8.00 cm, and 10.0 cm. v(0 cm) = m/s v(2.00 cm) - m/s 21:00 Rechercher 03/08/2023 hp 19 144 insert prt sc delete & 6 S backspace home R O og up K enter G pause N M T shift B ctriQuestion 12 of 50 > v(0 cm) = m/s D(2.00 cm) = m/s @ Macmillan Learning v(5.00 cm) m/s v(8.00 cm) m/s v(10.0 cm) m/s Q Rechercher 21:00 03/08/2023 hp 19 144 10 11 insert prt sc O O home E R 29 Up H K enter C pause B N M T shift ctri