\f3.4 Interference pattern created by a single helix 3.4.a Considering your answers to questions 2.2 (that is, assimilating a helix to a zig- zag) and 3.3, what would the diffraction pattern created by a single helix look like? You just need to draw the general aspect of the diffraction pattern on the screen in the X-Z plane. 3.4.b What is the distance between the centre of the diffraction pattern and the closest diffraction peaks? Express this distance as a function of d (the distance between two adjacent segments in the helix that we defined in question 2.2), 11 and D. 3.4.c What happens to this pattern if the angle a defined in question 2.2 is increased, while the length of the \"zig\" and \"zag\" segments forming the zig-zag shape approximating the helix remain the same length