Hi can I have some help with these questions please:1. Identify the situation below that would produce electromagnetic radiation.A. An electron travelling at a constant speed.B. A neutron accelerating from rest.C. An electron travelling in a circle or radius two cmD. A neutron travelling in a circle or radius two cm.2. A grating is ruled with a line density of 5400 lines/ cm. Monochromatic light striking the grating forms a second order image diffracted at 45 degrees. Determine the wavelength of the light used. A. 131nmB. 655nmC. 6.55x10^-4mD. 1.31 x 10^-4m3. Monochromatic light of 530nm is passed through two narrow skits imprinted onto a slide. The distance between the two slits is 0.75nm and the screen is located 120cm away from the slide. Determine the separation distance between bright lines in the interference pattern formed in the screen.A. 1.2mmB. 0.85 mmC. 0.35 mm D. 0.29mm4. A visible spectrum is produced using white light and a glass prism. Assume the following indices or refraction: red (1.49), green (1.50), blue (1.51) and violet (1.52). The colour that demonstrates the greatest deviation from its original path is? A. RedB. GreenC. Blue D. Violet Question 5 and 6 attached: Question 6 options:A. 100 eV, 100 eVB. 50 eV, 150 eVC. 150 eV, 50 eVD. 200 eV, 0eV

Time left 2:13:52 Selout of wied from rest across a pot ential difference between two parallel plates separated by 8.0 om as shown in the diagram, use ive low of conservation of energy to complete the chart. The kinetic energy and potential energy respectively at the 6.0 cm mark are 200 V 2.0 4.0 6.0 8.0 cm