Single lens onf₁ = 55 mmradius of circle,h. =_20xfx1.5Objectdistances (mm)8.25cmx2.0 110mmx2.5 1375mm11cm13.75cm2016,5cmX3.0 45mmmocalculated10 imagedistancep (mm)S-Data Sheet 1hizoq £ - noftenidmo 2091 071mm 2cm82.5mm 165 mm 165mm 28,5mm10 160150mМайст2.85cm110mm115cm 534cmimagep (mm)92,7mm82.5m19.2 cm 4,25cm16 205P= SfS-fmeasureddiw sidst risb sdo Mheight image hi/ho8.25 70m 4.7cmonTO S 0110h; (mm)00.7cmGiftno = 2cm20mmAM11-M-(p/s)(mm)(mm)-0.35cm -0.35cmUse equat [1]How does your measure values of the image distance p. compare to the calculated value?

The formula to calculate the magnification is given by, M=hiho ...(1) Where, M is the magnification,…

f₁ = 55 mm radius of circle ,ho Object by distance s (mm) xf x1.5 x2.010 mm 11cm 13.75cm x2.5 1375mm тор x3.0 45nm = 165mm 165mm 8.25cm 101615cm 110mm 16,5cm 20 calculated to image distance p (mm) mm 92.7mm 82.5mm 2cm measured image p (mm) 28.5mm 2.85cm 115cm 54 cm 19.2cm 4,25m 8.2570m 4.7cm P= Sf S-f height image h; (mm) 0.7cm ho = 000 M hi / ho 201 2cm 20mm M -(p/s) (mm) (mm) -0.35cm -0.35cm

f₁ = 55 mm radius of circle ,ho Object by distance s (mm) xf x1.5 x2.010 mm 11cm 13.75cm x2.5 1375mm тор x3.0 45nm = 165mm 165mm 8.25cm 101615cm 110mm 16,5cm 20 calculated to image distance p (mm) mm 92.7mm 82.5mm 2cm measured image p (mm) 28.5mm 2.85cm 115cm 54 cm 19.2cm 4,25m 8.2570m 4.7cm P= Sf S-f height image h; (mm) 0.7cm ho = 000 M hi / ho 201 2cm 20mm M -(p/s) (mm) (mm) -0.35cm -0.35cm

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter26: Image Formation By Mirrors And Lenses

Section: Chapter Questions

Problem 37P

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