P of selecting point on the shaded region = shaded area/whole area <span>P( selecting point on the shaded ) = ( the four shaded circles ) / the whole square </span> <span>P of selecting point on the shaded = ( 4 * ( π * r^2 ) )/ x^2 </span> <span>P of selecting point on the shaded = ( 4 * ( π * (x/4)^2 ) )/ x^2 </span> <span>P of selecting point on the shaded = ( 4 * ( π * x^2/16 ) )/ x^2 </span> <span>P of selecting point on the shaded = ( π * x^2/4 )/ x^2 </span> <span>P of selecting point on the shaded = x^2( π/4 )/ x^2 </span> <span>P( selecting point on the shaded ) = π/4 ≈ 0.7854 ≈ 79% =80% D is right option hope this helps</span>
Probability and statistics are related areas of mathematics which concern themselves with analyzing the relative frequency of events. ... Probability deals with predicting the likelihood of future events, while statistics involves the analysis of the frequency of past events.