J 15 pts (7) A real object is located at the point 0 the object distance is 161: to the left of a convergent lens L1 with a focal length f as shown 1n the Figure 3-a a- On the Figure 3- -a, draw the 1mage I of the object O placed at the point 0. b How far is this image from the point A1? '1': .- r \\ i. a - ' , -..--- I . , _ c A second coriirergent lens L2 with the same focal length f is placed at a distance l = 2-3: behind the rst lens as shown in the Figure 3- b. What IS the position of the nal 1mage with respect to the point A1 (lens number 1)? d - What is the magnification M for this combination of lenses? - 2.50 3 Chapter 26 4 pts. (8) Why was "The Relativity Theory" needed?d - What is the magnification M for this combination of lenses? - 2.50 3 Chapter 26 4 pts. (8) Why was "The Relativity Theory" needed?12 pts. (12) The total energy 0f a particle is 2.50 times its rest energy (E0). The mass of the particle is m0 = 1.67 x 1027 lay. a - Find the particle rest energy E, if the speed of light is: c z 3.00 x 108 Me 1I 2. b With what speed is the particle moving? '. .\\* c Determine the kinetic energy of the particle. 2 ..i - . _ '. l J' r .. .I d What is the particle momentum? , f