Given the following question:

c} One of the bestselling items at the stall are gummy worms. so you decide to perfect the recipe. The ideal gummy will stretch a little as you bite into it. but not too much. The mold you use produces worms with a length of D.1m and a diameter of D.3m. You narrow it down to two recipes. In the graph below are the two possible options you produce when you hang weights from the bottom of your two most likely gummy worms and measure the extension. Extension [crnl Calculate the Young Modulus of the gummy worms by converting one of the options into a stress! strain graph [to be shown with your answers) and the other by using calculations. Choose which gummy worm you think would be better and explain why. Young's modulus ( using calculations ) For the second ( orange line ) option on the graph, using the point at 5 newtons of force. Using O = A ( stress ) 0 = stress 5N F = Force = TC x (0 . 0 3 M 2 A = Cross - Sectionalarea E = Strain 5 N L = original length 71 X ( 0 . 0 15 m ) 2 AL = change in length 5 N E = youngs modulus = 7. 07 x 10-4 M2 . '. 0 = 7072 . 14 N / M2 ( # 2 d. P. ) Using E = 45 ( strain) (0. 1024m - 0. 1 M) 0. 1 m 10. 0024 0.1 . E = 0. 024 Using E = ] 7072. 14 0.0 24 = 294672.5 Pa = 294, 6725 kPa = 0. 000 2 946725 GPa