Given the following ultimate class frequencies find the frequencies of positive class. (ABC) = 149, (ABY) = 738, (ABC) = 225, (AßY) = 1196, (aBC) = 204, (aB) = 1762, (aßC) = 171 and (aßy) = 21842 (b) Find the remain class frequencies, given the following data : N= 23713, (A) = 1618, (B) = 2015, (C)= 770, (AB) = 587, (AC) = 428, (BC) = 353, (ABC) = 156 %3D

Given the following ultimate class frequencies find the frequencies of positive class. (ABC) = 149, (ABY) = 738, (ABC) = 225, (AßY) = 1196, (aBC) = 204, (aB) = 1762, (aßC) = 171 and (aßy) = 21842 (b) Find the remain class frequencies, given the following data : N= 23713, (A) = 1618, (B) = 2015, (C)= 770, (AB) = 587, (AC) = 428, (BC) = 353, (ABC) = 156 %3D

Mathematics For Machine Technology

8th Edition

ISBN:9781337798310

Author:Peterson, John.

Publisher:Peterson, John.

Chapter29: Tolerance, Clearance, And Interference

Section: Chapter Questions

Problem 20A: Mating parts are shown in Figure 29-16. The pins in the top piece fit into the holes in the bottom...

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