Complete Solutions
Lightsissconsideredstosbe:s-sPartsofstheselectromagneticsspectrumsbetweens380sands750nm
Thesbehaviorsofslightsissexplainedsbyswhatstheorysofslight?s-
sAscombinationsofswavesandsparticlesaction.
Thesbreakingsupsofswhiteslightsintosit'sscomponentscolorssbysasprismsisscalled:s-sDispersion
Lightsrayssemanatingsfromsansobjectswillsbe:s-sDiverging
Lightsrayssoriginatingsfromsasdistantsobjectsaresdescribedsas:s-sParallel
Thesdistancesfromsthescrestsofsoneswavestosthescrestsofsthesnextswavesisscalled:s-sWavelength
Refractivesindexsis:s-
sThesratiosofsspeedsofslightsinsairstosthesspeedsofslightsinsansopticalsmedium
Whenslightstravelssthoughsansopticalsmediumsofshighersdensity,it:s-
sIssrefractedsandsreflectedsandspartiallysabsorbed
Thesstandardsrefractivesindexsforscalibrationsis:s-s1.530
Thesindexsofsrefractionsisstheshighestsin:s-sFlintsglass
Lightstransmissionsis:s-sThesratiosofslightsenteringstheslensstostheslightsleavingstheslens
Refractedsgreenslight:s-sIssinsthesmiddlesofsthesspectrum
Absorptionsofslightsinsaslensscansbesincreasedsbys-sTintingstheslens
Anti-
reflectionscoatingsreducessreflectionsandsincreasesstransmissionsbecausesofsitssthickness.sItsi
s:s-s1swavelengthsthick
Ultravioletsradiationsis:s-sWavelengthssshortersthans380nm
Lightsraysspassingsthroughsasprismsare:s-sDeviatedstowardssthesbase.
Ansobjectsviewedsthroughsasprismsappears:s-sTowardssthesApex
Assphereslens:s-sHassthessamescurvaturesinsallsthesmeridians