How to solve Mercator sailing calculations? Finding course, distance or position arrived?

Using two different examples based on Mercator sailing formulae, this video shows how to calculate: a) the course and distance between two geographical positions on the surface of the earth; and b) the final position of arrival if the departure position, course, and distance is known. If you liked this video, you have the opportunity to become an exclusive member of our channel "Steering Mariners". For AUD 9.99, the membership will provide you with multiple benefits such as extra videos, live streams, and live interaction with me:) Link to exclusive membership:    / @steeringmariners   Contents of this video will benefit mariners preparing for exams (written and oral examinations). Mariners will also benefit by watching the following videos: Meridian Passage (Theory):    • Meridian Passage of a celestial body - The...   Meridian passage (Sun – example 1):    • How to calculate the ship's latitude using...   Meridian Passage (Sun – example 2):    • Meridian Passage of Sun - Calculation   Meridian passage (Sun -example 3):    • Meridian Passage Calculation -  Sun as a c...   Meridian passage (Sun -example 4):    • How to calculate ship's latitude using the...   Meridian Passage (Star):    • How to calculate the ship's latitude using...   Meridian Passage (Planets):    • Meridian passage - Planets   Finding the reading to set on a sextant:    • Finding the reading to set on a sextant - ...   Compass error Amplitude (Sun):    • How to calculate compass error using the a...   Amplitude (Sun):    • Calculate the compass error using the Ampl...   Amplitude (Moon):    • Calculating compass error using the amplit...   Compass error Azimuth (Sun – example 1):    • Compass error calculation using the azimut...   Compass error using azimuth method (Sun – example 2):    • Calculating the Compass Error using the Az...   Azimuth (Sun – example 3):    • Compass error calculation (Sun as the cele...   Compass error using azimuth method (Sun – example 4):    • Calculate compass error using the Azimuth ...   Compass error using azimuth method (Sun – example 5):    • Compass error calculation (Azimuth method)...   Compass error using azimuth method (Star – example 1):    • Calculating the Compass error - using the ...   Compass error using azimuth method (Planets):    • How to calculate the Compass error using t...   Compass error using azimuth method (Moon):    • Compass error by azimuth - Moon (celestial...   Longitude and time:    • Longitude and time - Relationship between ...   Correcting sextant altitudes:    • Correcting sextant altitudes - Sun, Star, ...   Finding LHA and declination:    • Calculating a celestial body's LHA and dec...   Intercept (Sun):    • Calculating the intercept and position lin...   Intercept (Sun -Example 2):    • Intercept Calculation - Celestial Navigati...   Intercept (Star- example 1):    • How to use the Intercept method to calcula...   Intercept (Planets):    • How to use the Intercept method  for calcu...   Intercept (Moon):    • Calculating the intercept and position lin...   Staggered observations (Example 1):    • Staggered Observations - Plotting ship's p...   Staggered observations (Example 2):    • Staggered Observations - Celestial Navigation   Staggered Observations (Example 3):    • Staggered observations - plotting of 2 int...   Variation, deviation, and compass error:    • What is the Variation, Deviation, and Comp...   Longitude, GHA and LHA:    • Relationship between longitude, GHA, and LHA   Ambiguity of chronometer time:    • The ambiguity of chronometer time_obtainin...   Twilight:    • Twilight: Nautical navigation and astronomy   Calculating sunset time:    • Calculating sunset time using tables of in...