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#strings for the Kinetic topic---- TOPIC_NAME Mirror TOPIC_CATEGORY Light 0 TOPIC_HEADING Mirror TOPIC_RADIOU1 rdata.rle TOPIC_RADIOD1 rdata.rle TOPIC_RADIOU2 rmicroscope.rle TOPIC_RADIOD2 rmicroscope.rle TOPIC_RADIOU3 rearth.rle TOPIC_RADIOD3 rearth.rle TOPIC_IMAGENAME1 RImageArea.rle TOPIC_STRIPLEFT 35 TOPIC_STRIPTOP 97 TOPIC_STRIPRIGHT 226 TOPIC_STRIPBOTTTOM 100 TOPIC_NUMHYPQUEST 3 TOPIC_HEAD_COUNT 1 TOPIC_SECTLEFT 30 TOPIC_SECTTOP 102 TOPIC_SECTRIGHT 225 TOPIC_SECTBOTTOM 138 D_TOPIC_SECTLEFT 118 D_TOPIC_SECTTOP 102 D_TOPIC_SECTRIGHT 399 D_TOPIC_SECTBOTTOM 138 E_TOPIC_SECTLEFT 44 E_TOPIC_SECTTOP 102 E_TOPIC_SECTRIGHT 239 E_TOPIC_SECTBOTTOM 138 INQUIRY_RIBBON1_LEFT 35 INQUIRY_RIBBON1_TOP 137 INQUIRY_RIBBON1_RIGHT 226 INQUIRY_RIBBON1_BOTTOM 157 INQUIRY_RIBBON2_LEFT 35 INQUIRY_RIBBON2_TOP 160 INQUIRY_RIBBON2_RIGHT 226 INQUIRY_RIBBON2_BOTTOM 180 INQUIRY_RIBBON3_LEFT 35 INQUIRY_RIBBON3_TOP 183 INQUIRY_RIBBON3_RIGHT 226 INQUIRY_RIBBON3_BOTTOM 203 INQUIRY_RIBBON4_LEFT 35 INQUIRY_RIBBON4_TOP 206 INQUIRY_RIBBON4_RIGHT 226 INQUIRY_RIBBON4_BOTTOM 226 INQUIRY_RIBBON5_LEFT 35 INQUIRY_RIBBON5_TOP 229 INQUIRY_RIBBON5_RIGHT 226 INQUIRY_RIBBON5_BOTTOM 249 INQUIRY_HYPQUEST1_LEFT 50 INQUIRY_HYPQUEST1_TOP 141 INQUIRY_HYPQUEST1_RIGHT 223 INQUIRY_HYPQUEST1_BOTTOM 157 INQUIRY_HYPQUEST2_LEFT 50 INQUIRY_HYPQUEST2_TOP 164 INQUIRY_HYPQUEST2_RIGHT 223 INQUIRY_HYPQUEST2_BOTTOM 180 INQUIRY_HYPQUEST3_LEFT 50 INQUIRY_HYPQUEST3_TOP 187 INQUIRY_HYPQUEST3_RIGHT 223 INQUIRY_HYPQUEST3_BOTTOM 203 INQUIRY_HYPQUEST4_LEFT 40 INQUIRY_HYPQUEST4_TOP 210 INQUIRY_HYPQUEST4_RIGHT 223 INQUIRY_HYPQUEST4_BOTTOM 226 INQUIRY_HYPQUEST5_LEFT 40 INQUIRY_HYPQUEST5_TOP 233 INQUIRY_HYPQUEST5_RIGHT 223 INQUIRY_HYPQUEST5_BOTTOM 249 TOPIC_HYPQUEST1 How does the shape TOPIC_HYPQUEST2 of a mirror affect TOPIC_HYPQUEST3 the size of the image? O_TEXTBLOCK_TEXT A flat, or plane, mirror <HL Topic=Reflection.tpc>REFLECTS</HL> a reversed image the same size as the original object. A convex mirror curves outward in the middle; it reflects an image smaller than the image seen in a plane mirror. A concave mirror curves inward in the middle. Concave mirrors produce large images that are right side up inside the focal point, small upside-down images outside the focal point, and no image at all at a distance that is two times the focal length. E_QUEST1 Why are the images reflected in the front and back of a spoon different? E_QUEST2 What kind of mirror produces an image that looks both stretched out and squeezed up? E_QUEST3 How does a telescope work? D_TEXTBLOCK_TEXT Mirrors are flat or curved surfaces that produce images of objects because light <HL Topic=Reflection.tpc>REFLECTS</HL> from their surfaces. There are three kinds of mirrors: plane, concave, and convex. TOPIC_BKGNDART 0 NUM_ANIMATIONS 3 ANIM1_ID 7012 ANIM1_NAME Ref_Mirror1.flc ANIM1_LASTFRAME Ref_Mirror1.rle ANIM1_FIRSTFRAME Ref_Mirror1.rle ANIM2_ID 7013 ANIM2_NAME Ref_Mirror2.flc ANIM2_LASTFRAME Ref_Mirror1.rle ANIM2_FIRSTFRAME Ref_Mirror1.rle ANIM3_ID 7014 ANIM3_NAME Ref_Mirror3.flc ANIM3_LASTFRAME Ref_Mirror1.rle ANIM3_FIRSTFRAME Ref_Mirror1.rle CONTROL_TYPE ANIM_VIEWER NUM_CPBUTTONS 5 CP_BUT1U RCStart.rle CP_BUT1D RCStartDown.rle CP_BUT1_ID 7010 CP_BUT1_LFT 500 CP_BUT1_TOP 218 CP_BUT1_RGT 544 CP_BUT1_BOT 246 CP_BUT2U Ref_mirror_a_u.rle CP_BUT2D Ref_Mirror_a_d.rle CP_BUT2_ID 7012 CP_BUT2_LFT 502 CP_BUT2_TOP 252 CP_BUT2_RGT 542 CP_BUT2_BOT 282 CP_BUT3U Ref_mirror_c_u.rle CP_BUT3D Ref_mirror_c_d.rle CP_BUT3_ID 7013 CP_BUT3_LFT 502 CP_BUT3_TOP 287 CP_BUT3_RGT 544 CP_BUT3_BOT 320 CP_BUT4U Ref_mirror_b_u.rle CP_BUT4D Ref_mirror_b_d.rle CP_BUT4_ID 7014 CP_BUT4_LFT 502 CP_BUT4_TOP 325 CP_BUT4_RGT 544 CP_BUT4_BOT 365 CP_BUT5U RCStop.rle CP_BUT5D RCStopDown.rle CP_BUT5_ID 7011 CP_BUT5_LFT 501 CP_BUT5_TOP 365 CP_BUT5_RGT 542 CP_BUT5_BOT 387 PANEL_NAME 3BtnPanel.ifc 
