Given the measurements of the object and the image distance below calculate an average value for the focal length of thisconverging lens (faverage in the table below)(in units of cm e.g. 10.2 cm)ObjectInverse ofImageInverse ofInverseFocal LengthDistance [do]ObjectDistance [d]ImageFocal Length[f] (m)(m)Distance(m)Distance[1/f] (m)(+ 1x10 m)[1/do] (m')[1/d] (m?)(+ 1x10°m)(+ 1x10 m)(+ 1x10°m?)(+ 1x10°m )(+ 1x10*m)0.2110.6860.2380.5040.2750.3950.3240.3270.3700.2930.4400.2570.5010.2430.5920.2210.6860.2110.5040.238faverage = ? cmStatistical Error Af =(fmax-fmin)/2 == ? x10m → Af = ? x10mAf(%) = (?x10m /faverage m)x100 = 0.8%%3DResults of focal length for the lens formula method.Answer:

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Answered: Given the measurements of the object…

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Given the measurements of the object and the image distance below calculate an average value for the focal length of this converging lens (faverage in the table below)