Mercator's Projection

[@vikramjitsingh6682]

Bhot he acha explain kiya hai

[@dr.pardeepv]

Thanks for watching the Video.

[@__shef_2601]

Thank you sir... Ur videos are very imp. For all again thank you

[@dr.pardeepv]

Thanks for watching the video and your valuable comments. Keep watching other videos also.

[@digambarpatel4536]

Sir ji apne Sara cnfujan dur kr diye
Thnku sir ji ❤🎉

[@dr.pardeepv]

Thanks for watching the video.

[@V.I.P_from_HR]

Great Sir🎉

[@dr.pardeepv]

Thanks for watching the video. If you like it then share it.

[@MandeepSingh-cu1im]

Thank you sir for providing us that much good content

[@dr.pardeepv]

Thanks for watching the video and sharing the feedback.

[@karanbagha2835]

Well explained sir🙏👍

[@dr.pardeepv]

Thanks for liking

[@Syedbukharinaqvi0]

Great explanation sir❤

[@dr.pardeepv]

Thanks for liking

[@smaltysandhu2286]

Thank u sir ❤❤from jammu j&k

[@dr.pardeepv]

Most welcome

[@Kaushal_yadav27]

Thanks a lot sir.🙏💚

[@dr.pardeepv]

So nice of you

[@MATHSBYAK2003]

Is there any trick to learn that table

[@dr.pardeepv]

There is no need to learn this table, whenever this question is asked in exams the examiner shall provide you this table.

[@Grigory108]

Beware: incorrect plotting!!! The author explains a plotting algorithm that is of Lambert cylindrical equal-area projection! The way he shows it, meridian lines (horizontal) should appear closer to each other towards the poles. However, after the second line is drawn, all other meridian lines "MAGICALLY" appear increasingly spaced out towards the poles.

[@dr.pardeepv]

You are watching commenting on Mercator's projection in which the gap between latitudes increases towards poles as has been drawn in this projection. You are talking about Cylindrical equal area projection in which the gap between Latitudes decreases towards poles. Watch that video also then comment.

[@MdFaisal86]

Thank you sir

[@dr.pardeepv]

Thanks for watching the video.

[@GurpreetSingh-wi1dk]

thanks Sir g

[@dr.pardeepv]

Welcome