can you please help with this lab? thanks in advance

v Images with a Concave Mirror Now that you have measured the focal length of a concave mirror, you will be able to determine the properties of an image viewed with this type of mirror. Be sure to use the focal length you measured in the previous section. 1. An object, which is 5.0 cm tall, is placed 6.0 cm from the vertex of the concave mirror you used in the previous section. Determine the image characteristics, distance, height and magnification. Include how you determined this by providing reasoning and calculations. BIUFEEE Score: 0/1 2. An object, which is 3.0 cm tall, is placed 20.5 cm from the vertex of the concave mirror you used in the previous section. Determine the image characteristics, distance, height and magnification. Include how you determined this by providing reasoning and calculations. BIUEEEEv Images with a Convex Mirror .31). NOW that vou have measured the focal length of a convex mirror, vou will be able to determine the properties of an image _ viewed with this type of mirror. Be sure to use the focal length you measured in the previous section. 1. An objectr which is 6.3 cm tall, is placed 20.5 cm from the vertex of the convex mirror you used in the previous section. Determine the image characteristics, distance, height and magnification. Include how you determined this by providing reasoning and calculations. Score: 0.' 1 I i intarar;1'-.-es Trial 1: Concave Mirror 1 Change 0 H b M I tr -1- - 1. Use the video and the available tools to determine the focal length of one of the concave mirrors. State which mirror [1, 2. or 3] you chose. Describe your process and results below. 1. Use the video and the available tools to determine the focal length of one of the concave mirrors. State which mirror (1, 2, or 3) you chose. Describe your process and results below. Hint: You can trace rays by positioning the white horizontal line over the laser beam. To rotate the white lines grab and drag one of the while dots on the border. Notice where the surface of the mirror is and where the end of the board it is resting on is (do not measure from the board) BIUFREE I USED TRAIL 1 MIRROR 1 focal length f=15cm, a s parallel beams converge at focus , so focus is at 15 cm Score: 0/2 2. What is the radius of curvature for this mirror? How did you determine this? R=2(F) 2 X 15 = 30CM Score: 0/1R=2(F) 2 X 15 = 30CM Score: 0/1 43. Repeat the process for the convex mirror. Be sure to state which mirror (1 or 2) you used. Find the focal length and radius of curvature. BIUHERE I USED TRAIL 4 MIRROR 1 focal length f=13cm, as parallel beams appears to converge at focus , so focus is at 13 cm radius of curvature c=2f= 2x13=26cm Score: 0/2 v Images with a Concave Mirror 4Now that you have measured the focal length of a concave mirror, you will be able to determine the properties of an image viewed with this type of mirror. Be sure to use the focal length you measured in the previous section. 1. An object, which is 5.0 cm tall, is placed 6.0 cm from the vertex of the concave mirror you used in the previous section. Determine the image characteristics, distance, height and magnification. Include how you determined this by providing+ Ocm 5 10 15 20 25 Gali pivot interactives TRIAL Trial 4: Convex Mirror 1 Change