graph showing the force applied against extension. 4.6.1.7 Elastic potential energy is Calculate the amounts of 1 WS 1.2, MS 1c, 3c stored in a stretched spring. energy associated with a Calculate the work done in stretched spring. elastic potential energy = 0.5 stretching. × spring constant × MS 3b, 3c (extension)2 Apply this equation which is [ Ee = ½ k e2] given on the equations sheet. (assuming the limit of proportionality has not been exceeded) elastic potential energy, Ee, in joules, J spring constant, k, in newtons per N/m extension, e, in metres, m 4.6.2 Structure and bonding
graph showing the force applied against extension. 4.6.1.7 Elastic potential energy is stored in a stretched spring. elastic potential energy = 0.5 × spring constant × (extension)2 [ Ee = ½ k e2] (assuming the limit of proportionality has not been exceeded) elastic potential energy, Ee, in joules, J spring constant, k, in newtons per N/m extension, e, in metres, m Calculate the amounts of energy associated with a stretched spring. 1 WS 1.2, MS 1c, 3c Calculate the work done in stretching. MS 3b, 3c Apply this equation which is given on the equations sheet. 4.6.2 Structure and bonding
AQA-8465-SOW-ISLD.DOCX