1. To obtain the perimeter of a triangular land, following distance measurements were obtained with 95th percentile standard error. Section Distance (+95th percentile standard error) (ft) A АВ 80.50 (± 0.020) ВС 45.50 (± 0.015) CA 101.00 (± 0.025) Estimate; (i) Perimeter of the land, (ii) 95th standard error of the perimeter, (ii) Standard deviation of the perimeter Confidence z*- value Level 50% 0.6745 90% 1.6449 95% 1.9599 99% 2.576

1. To obtain the perimeter of a triangular land, following distance measurements were obtained with 95th percentile standard error. Section Distance (+95th percentile standard error) (ft) A АВ 80.50 (± 0.020) ВС 45.50 (± 0.015) CA 101.00 (± 0.025) Estimate; (i) Perimeter of the land, (ii) 95th standard error of the perimeter, (ii) Standard deviation of the perimeter Confidence z*- value Level 50% 0.6745 90% 1.6449 95% 1.9599 99% 2.576

Name: 1. To obtain the perimeter of a triangular land, following distance m
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Description: 1. To obtain the perimeter of a triangular land, following distance measurements wereobtained with 95th percentile standard error.SectionDistance (+95th percentilestandard error) (ft)AАВ80.50 (± 0.020)ВС45.50 (± 0.015)CA101.00 (± 0.025)Estimate;(i)P

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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