I know its a lot but these are all the questions I am struggling with and you can take your time solving each one. I will leave a good review when you are done.

11. For the following diagram, what is the direction of the deflecting force if the particle is: A. a proton. B. a fluoride ion. x) N36. A positively charged sphere is suspended between two large metal plt as shown in the diagram. A wire is placed between the poles of a horseshoe magnet and connected to the metal plates. 1When the wire is drawn horizontally:r to the right the charged ball is observed to swing toward the right-hand metal plate. a] Determine the direction of the induced electron flow in the wire in the horseshoe magnet. Explain. b} Is the top pole of the magnet a north pole or a south pole? Explain. 3. Draw a sketch of an EM wave. :1. Which types of radiation are caused by: a. oscillations in circuits. b. transitions ofvalence electrons. c. Sudden acceleration of highenergy electrons d. radioactivity. 5. What is the wavelength of a certain EMR that has a period of 5.55 x 111'11 s? {D m] 14. 15. 16. 1?. 18. 19. 20'. An object located 40 cm in front of a mirror produces an erect image 80 cm from the mirror. a. What is the radius of curvature for the mirror? {160 cm} b. What type of mirror is it? {concave} An object located 40 cm in front of a mirror produces an inverted image 120 cm from the mirror. a. What is the radius of curvature for the mirror? {60 cm} b. What type of mirror is it? {concave} An object located 40 cm in front of a mirror produces an erect image 20 cm from the mirror. a. What is the radius of curvature for the mirror? {-80 cm} b. What type of mirror is it? {convex} A 20 cm object located 30 cm in front of a mirror generates an erect image that is 10 cm tall. What is the size of image produced when the object is moved 60 cm further from the mirror's surface? {5.0 cm} An object located in front ofa concave mirror with a radius of curvature of 80 cm produced an inverted image that is three times the size of the object. What is the object distance? (53 cm) An object located in front ofa concave mirror with a radius of curvature of 180 cm produced an erect image that is two times the size of the object. What is the object distance? {45 cm) An object located in front ofa convex mirror with a focal length of 50 cm produced an erect image that is lf the size of the object. What is the object distance? [300 cm) 23. A beam of light strikes the surface of water with an incident angle of 60\". Some of the light reflects off the water and some refracts into the water. If water has an index of refraction of 1.33, determine the angles of reflection and refraction. (60, 41] 35. A converging lens with a focal length of 20 cm is used to create an image of the sun cm a paper screen. How far from the lens must the paper he placed to produce a clear image? {20 cm) 3?. A projector is required to make a real image, 0.50 m tall, ofa 5.0 cm object placed on a slide. Within the projector, the object is to be placed 10.0 cm from the lens. What must he the focal length of the lens? {9.1 cm) 43. Light of frequency 4.5 x 10\" Hz is incident on a pair of straight parallel slits where the slits are 0.16 mm apart. It creates an interference pattern on a screen 8.0 m away. What is the distance from the centre of the pattern to the fourth bright line? (0.13 m)