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Direction: Strictly write in 4 bond paper, because my activity book have 4 spaces. This is actually for maritime industry course, but I think geometry can do this. Use nautical almanac. Sample calculation: Clatitude by meridian altitude - Sun) On 4th April 1988, In DR position 35°10'N 148° 18°E, the sextant meridian altitude of the sun's lower limb was 60° 10.3. If IE was 2.2' off. the arc. and He was 12 meters, find the latitude and the position line. Sext alt: IE (off) 60° 10.3' (+) 02.2 Obs alt: 60°12.5' Dip (12m): (-) 06.1 App alt: 60.06.4' Tot com LL (1) 15.4' I alt: 60021.8'5 M2D: 29°32.2'N LMT Mer Pass: 04d 12h 03m 00s LIT(E): (-) 09h 53m 12s GMT Mer Pass: Dec (o4d 02 h): 09d 02h 09m 48c 05° 33.8'N (0.9): (+) 00.1 Dec 05° 334°N MZD: 29° 38.2'N Lat 35° 12.1'N PL E-W if similar MZD and Dec are same name-add and retain name. If they are opposite names subtract the smaller one from the larger one and retain the name of larger one. Direction: Strictly write in 4 bond paper, because my activity sheet is have 4 spaces. This is actually for maritime. industry course, but I think geometry can do this. use nautical almanac. Sample Calculation (Amplitude- Sun): On 07th May 2006 at Sunset, a vesel in position 10°00'N 0 10°00' W observed the sun bearing 288° by compass. Find the compass error. LMT Sunset 07d 18h 13m (+)00d 00h 40 м LIT: UTC Sunset: 07d 18h 53 m added - since longitude is westerly Declination Co7d 18h): N016° 55.5' d(0.7): (+) 00-6 N016 56.1' Declination Sun: Sin Amplitude Sin Declination (Los Latitude - Sin 016° 56.1'/Cos 10°00' = 0.295780189 Amplitude = WI. 2N (The prefix of amplitude is named easterly if body is rising. and westerly of body is setting. The suffix is named came as declination.) True Bearing: 287.20 Compass Bearing 288.0° Compass Error: 0.8' West

Direction: Strictly write in 4 bond paper, because my activity book have 4 spaces. This is actually for maritime industry course, but I think geometry can do this. Use nautical almanac. Sample calculation: Clatitude by meridian altitude - Sun) On 4th April 1988, In DR position 35°10'N 148° 18°E, the sextant meridian altitude of the sun's lower limb was 60° 10.3. If IE was 2.2' off. the arc. and He was 12 meters, find the latitude and the position line. Sext alt: IE (off) 60° 10.3' (+) 02.2 Obs alt: 60°12.5' Dip (12m): (-) 06.1 App alt: 60.06.4' Tot com LL (1) 15.4' I alt: 60021.8'5 M2D: 29°32.2'N LMT Mer Pass: 04d 12h 03m 00s LIT(E): (-) 09h 53m 12s GMT Mer Pass: Dec (o4d 02 h): 09d 02h 09m 48c 05° 33.8'N (0.9): (+) 00.1 Dec 05° 334°N MZD: 29° 38.2'N Lat 35° 12.1'N PL E-W if similar MZD and Dec are same name-add and retain name. If they are opposite names subtract the smaller one from the larger one and retain the name of larger one. Direction: Strictly write in 4 bond paper, because my activity sheet is have 4 spaces. This is actually for maritime. industry course, but I think geometry can do this. use nautical almanac. Sample Calculation (Amplitude- Sun): On 07th May 2006 at Sunset, a vesel in position 10°00'N 0 10°00' W observed the sun bearing 288° by compass. Find the compass error. LMT Sunset 07d 18h 13m (+)00d 00h 40 м LIT: UTC Sunset: 07d 18h 53 m added - since longitude is westerly Declination Co7d 18h): N016° 55.5' d(0.7): (+) 00-6 N016 56.1' Declination Sun: Sin Amplitude Sin Declination (Los Latitude - Sin 016° 56.1'/Cos 10°00' = 0.295780189 Amplitude = WI. 2N (The prefix of amplitude is named easterly if body is rising. and westerly of body is setting. The suffix is named came as declination.) True Bearing: 287.20 Compass Bearing 288.0° Compass Error: 0.8' West

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
Holt Mcdougal Larson Pre-algebra: Student Edition 2012
1st Edition
ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter6: Ratio, Proportion, And Probability
Section6.5: Similarity And Measurement
Problem 2E
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Direction: Strictly write in 4 bond paper, because my activity book have 4 spaces. This is actually for maritime industry course, but I think geometry can do this. Use nautical almanac. Sample calculation: Clatitude by meridian altitude - Sun) On 4th April 1988, In DR position 35°10'N 148° 18°E, the sextant meridian altitude of the sun's lower limb was 60° 10.3. If IE was 2.2' off. the arc. and He was 12 meters, find the latitude and the position line. Sext alt: IE (off) 60° 10.3' (+) 02.2 Obs alt: 60°12.5' Dip (12m): (-) 06.1 App alt: 60.06.4' Tot com LL (1) 15.4' I alt: 60021.8'5 M2D: 29°32.2'N LMT Mer Pass: 04d 12h 03m 00s LIT(E): (-) 09h 53m 12s GMT Mer Pass: Dec (o4d 02 h): 09d 02h 09m 48c 05° 33.8'N (0.9): (+) 00.1 Dec 05° 334°N MZD: 29° 38.2'N Lat 35° 12.1'N PL E-W if similar MZD and Dec are same name-add and retain name. If they are opposite names subtract the smaller one from the larger one and retain the name of larger one.
Transcribed Image Text:Direction: Strictly write in 4 bond paper, because my activity book have 4 spaces. This is actually for maritime industry course, but I think geometry can do this. Use nautical almanac. Sample calculation: Clatitude by meridian altitude - Sun) On 4th April 1988, In DR position 35°10'N 148° 18°E, the sextant meridian altitude of the sun's lower limb was 60° 10.3. If IE was 2.2' off. the arc. and He was 12 meters, find the latitude and the position line. Sext alt: IE (off) 60° 10.3' (+) 02.2 Obs alt: 60°12.5' Dip (12m): (-) 06.1 App alt: 60.06.4' Tot com LL (1) 15.4' I alt: 60021.8'5 M2D: 29°32.2'N LMT Mer Pass: 04d 12h 03m 00s LIT(E): (-) 09h 53m 12s GMT Mer Pass: Dec (o4d 02 h): 09d 02h 09m 48c 05° 33.8'N (0.9): (+) 00.1 Dec 05° 334°N MZD: 29° 38.2'N Lat 35° 12.1'N PL E-W if similar MZD and Dec are same name-add and retain name. If they are opposite names subtract the smaller one from the larger one and retain the name of larger one.
Direction: Strictly write in 4 bond paper, because my activity sheet is have 4 spaces. This is actually for maritime. industry course, but I think geometry can do this. use nautical almanac. Sample Calculation (Amplitude- Sun): On 07th May 2006 at Sunset, a vesel in position 10°00'N 0 10°00' W observed the sun bearing 288° by compass. Find the compass error. LMT Sunset 07d 18h 13m (+)00d 00h 40 м LIT: UTC Sunset: 07d 18h 53 m added - since longitude is westerly Declination Co7d 18h): N016° 55.5' d(0.7): (+) 00-6 N016 56.1' Declination Sun: Sin Amplitude Sin Declination (Los Latitude - Sin 016° 56.1'/Cos 10°00' = 0.295780189 Amplitude = WI. 2N (The prefix of amplitude is named easterly if body is rising. and westerly of body is setting. The suffix is named came as declination.) True Bearing: 287.20 Compass Bearing 288.0° Compass Error: 0.8' West
Transcribed Image Text:Direction: Strictly write in 4 bond paper, because my activity sheet is have 4 spaces. This is actually for maritime. industry course, but I think geometry can do this. use nautical almanac. Sample Calculation (Amplitude- Sun): On 07th May 2006 at Sunset, a vesel in position 10°00'N 0 10°00' W observed the sun bearing 288° by compass. Find the compass error. LMT Sunset 07d 18h 13m (+)00d 00h 40 м LIT: UTC Sunset: 07d 18h 53 m added - since longitude is westerly Declination Co7d 18h): N016° 55.5' d(0.7): (+) 00-6 N016 56.1' Declination Sun: Sin Amplitude Sin Declination (Los Latitude - Sin 016° 56.1'/Cos 10°00' = 0.295780189 Amplitude = WI. 2N (The prefix of amplitude is named easterly if body is rising. and westerly of body is setting. The suffix is named came as declination.) True Bearing: 287.20 Compass Bearing 288.0° Compass Error: 0.8' West
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