(1) Calculate the coordinate changes, E and N and RL, of a borehole of 15(1+0.3Pn) m length,which is dipping N-E at an azimuth angle of 45(1+0.1Pn)° and dip angle of 60(1-0.1Pn)°.(2) Point N is located at a distance from the benchmark point M. If coordinates of point M are givenby easting, E = 100.000 (1+0.2Pn) m, and northing, N = 200.000 (1-0.2Pn) m, calculate thebearing and coordinates of point N, if dip direction of point N is 200° with a distance MN = L= 50.000(1-0.1Pn) m from benchmark point M. Can you calculate the elevation of point N?Why? Pn is 0.244
(1) Calculate the coordinate changes, E and N and RL, of a borehole of 15(1+0.3Pn) m length,which is dipping N-E at an azimuth angle of 45(1+0.1Pn)° and dip angle of 60(1-0.1Pn)°.(2) Point N is located at a distance from the benchmark point M. If coordinates of point M are givenby easting, E = 100.000 (1+0.2Pn) m, and northing, N = 200.000 (1-0.2Pn) m, calculate thebearing and coordinates of point N, if dip direction of point N is 200° with a distance MN = L= 50.000(1-0.1Pn) m from benchmark point M. Can you calculate the elevation of point N?Why? Pn is 0.244
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
(1) Calculate the coordinate changes, E and N and RL, of a borehole of 15(1+0.3Pn) m length,
which is dipping N-E at an azimuth angle of 45(1+0.1Pn)° and dip angle of 60(1-0.1Pn)°.
(2) Point N is located at a distance from the benchmark point M. If coordinates of point M are given
by easting, E = 100.000 (1+0.2Pn) m, and northing, N = 200.000 (1-0.2Pn) m, calculate the
bearing and coordinates of point N, if dip direction of point N is 200° with a distance MN = L
= 50.000(1-0.1Pn) m from benchmark point M. Can you calculate the elevation of point N?
Why?
Pn is 0.244
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