physics: lenses and mirrors ray tracing incoming outgoing parallel to axis (P) converging: through focal point on same side as outgoing light diverging: in line with focal point on opposite side as outgoing light plane mirror: parallel to axis, since focal point is at ∞ N�2]C8R'�$J����@�:� We want to look at these phenomena computationally and experimentally. 2 0 obj Lenses Lenses refract light in such a way that an image of the light source is formed. For convex spherical mirrors and diverging lenses, f < 0 and the image is always virtual, d i < 0. PHYSICS 220/230 Lab 8: Lenses and Mirrors: You have studied lenses and mirrors and the equations, sign conventions, and ray tracing techniques that allow you to find images in geometrical optics. 1 0 obj %���� Two prisms can bend light toward the principal axis acting like a crude converging lens but Mirrors and lenses. §��P�9ROb���3`��XN'��K¢,�u/��֔uJ�FJ^����X�K��KUu�YU&�MxZ/l-����,l�ʭ���[QwG=n_�3�/W������6YT=L���,1�A�5&%S����+�i�k(RCa�Sa��;��`}3���oy�C��v�M��=�xk2致Z��-l^5�j��p�m�!j�����D4?�]pV�K8j��n�(��� �Xd�%�B��>��S�ot�~E=�������H��;QX8Z�'��T��8{5�{}?�:�JB�θwN�2"���:vn@ܥm�:/I�W2��-��Q��J^R_�J*n�4M�ù. <> LENSES AND MIRRORS SIMULATION Introduction The purpose of this activity is to study image formation by mirrors and lenses: the physical principles and the laws which describe them. endobj 2 h) Introduction Mirrors reflect light while lenses transmit light. endobj endobj �^�[����%6K������j�nz��f?ަ�W,lӝ�W�=��&�bd�W�@ѭ���)%Z��C��lo���ayC�p������ӷ����d؝~^�;tW����G����k��Q*�������jBD The core differences between the mirror and lens would be due to its construction and working. of Wyoming) Purpose: The purpose of this lab is to introduce students to some of the properties of thin lenses and mirrors. %���� Optics: Lenses and Mirrors (7/16/15) (completion time: approx. The mirror is the apparatus which reflects the light falling on them. The mirror is having one side reflective coating and on the other hand. Difference Between Mirror and Lens. Lenses And how brain adapts to the image reflected or absorbed. <>>> *Y5�@�j�c]���5L���n�Q7h�H���8̦jA��4͞*TI�ک��}��w�j7�L�W�s r����2a#^�B *���z����y����za�6�v��rɖ��z�\ �>��4�8��EnS��H��d��lY�a e�Xю��d��Ip�)˚f?�����٪���B�҉�5�����[��ed�5��Z����#�x�R�{���_��}2�뼘�0�Bj�(v�i��{��U�^��ʦܵZ���ˁ��Ad�f/� pay����@@�����v�WA�7�C�uE/~nR1���&ƾ�V#.7��7;>�ӌ�Ls����K�]8z�?�X�6��ڒO�����ʩ"�� �}f\D�t�27 Written by teachers for teachers and students, The Physics Classroom provides a wealth of resources that meets the varied needs of both students and teachers. Physics 30: Chapter 5 - Lenses & Mirrors Exam Name: _____ Date: _____ Mark: ____/25 Written Response. 3 0 obj 1 0 obj Physics 152 Convex & Concave MIRROR Worksheet The same object (height = y) is placed at several different distances s to the left of the same mirror (focal length = f). Clearly identify your final answer(s) rounded off to the proper number of significant digits in the chart at the bottom of the page. stream Image formation for mirrors and lenses Type Focal length f Object distance s Image distance s’ Character Orientation Size Concave mirror/ Converging lens f > 0 s > 2f f < s’ < 2f real inverted reduced f < s < 2f s’ > 2f real inverted enlarged s/ProcSet[/PDF/Text/ImageB/ImageC/ImageI] >>/MediaBox[ 0 0 612 792] /Contents 4 0 R/StructParents 0>> <> 3 0 obj endobj �C����i�Q�߶�ā�9����M���b�̆W�HO������2�m�^���A�+�4/z�hO̰/D9��uB�IY���U]$/e[(6sk� ���������V��|�4ĝ�e����Mͭ�����'z����� U�����vN;��!t`���Np��φ��s��� �����K,���l1�{����d��am�U���������bf�)�����v��#���� �f��E/��{���g�׋��,�:�?Ϣ9m�:Ö?Ό ��N^vB��P�����"[h����ef�S��3�tf�"b���Y���奴��be���lw��4�e'd�%}�0M-F�����"ݴBB̒i/����8Z�GC�|��J,d�ל�KO�N#c.ZE� 2 0 obj endobj It is known that there is a formula called Lens formula (v 1 u 1 f 1 = + ) which stated the relationship between object distance u, image distance v and the focal length of a spherical lens. endobj Physics 30: Chapter 5 - Lenses & Mirrors Exam Name: _____ Date: _____ Mark: ____/25 Written Response. They are “lens formula method” and “lens replacement method”. Goals At the end of the presentation the student will be able to correctly differentiate between absorption, reflection and refraction. Mirrors and. [�'��ׯ~p���v�|�V�৏���W����_~b�.0��i�4�#^����B�e�X����va >��E�֧ �/X��)��>.�2����p�N4~�>��'��K&�'�K�h�q�X&�+�~�DG��G׃��A*�t�b��fO���h_I6޷���*�^�D�a���X�p�`&נ��%S�~�P���k���oI���Pw'Ax��G؝�pl��-��2�iuȚ����(�+@�4E�W��-Xm #]�e_��B��{\�c��"2�?ru2m ��8�:XsddQ 'sƲ8�5�d�X��T��"���GZc���U�Ӗ���w������EꠕEo��.�5:(r�w��Pn����=�5��A����0ߑ���H��ö=߰�@�����&�e�D�������+>1���1*� ϶�S��H;,#�d��xz*�+��- ���5���#��GBF���l)���A+��&����T�.������~:�o��f$EX9k2� 8'|��Y%�x��75=65! Mirrors and Lenses. Images in flat mirrors are the same size as the object and are located behind the mirror. Both can form images, however. Show all your work. Security mirrors in shops, on the other hand, form images that are smaller than the object. %PDF-1.5 of Wyoming) Purpose: The purpose of this lab is to introduce students to some of the properties of thin lenses and mirrors. Basic equations for Mirrors and Lenses 1 p + 1 q = 1 f M= h' h =− q p p : object distance M : magnification q : image distance h’: image height (size) A spherical surface is simply some portion of the surface of a sphere.