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Prove using the mirror equation (eq. 1) and magnification equation (eq. 2) the optical data gathered when an object is placed at -f using a convex mirror? Given: f= -4; ho = 2; do 4 Mirror Equation (eq. 1) Magnification Equation (eq. 2) di h₂ m =- = do di do ho

Prove using the mirror equation (eq. 1) and magnification equation (eq. 2) the optical data gathered when an object is placed at -f using a convex mirror? Given: f= -4; ho = 2; do 4 Mirror Equation (eq. 1) Magnification Equation (eq. 2) di h₂ m =- = do di do ho

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Prove using the mirror equation (eq. 1) and magnification equation (eq. 2) the optical data gathered when an object is placed at -f using a convex mirror? Given: f= -4; ho = 2; do 4 Mirror Equation (eq. 1) Magnification Equation (eq. 2) di h₂ m =- = do di do ho
Transcribed Image Text:Prove using the mirror equation (eq. 1) and magnification equation (eq. 2) the optical data gathered when an object is placed at -f using a convex mirror? Given: f= -4; ho = 2; do 4 Mirror Equation (eq. 1) Magnification Equation (eq. 2) di h₂ m =- = do di do ho
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