Gyro Compass Part 2 - Properties of a Gyroscope (Gyroscopic Inertia and Precession)

[@santhoshjoseph1]

The best tutorial in entire internet which explains gyroscope and gyrocompass. Thans a lot bro.

[@johntorres4360]

So many notes,so many websites but i have never had a clear understanding of gyroscope until i saw ur video....thank u so much sir....fantastic work.

[@PrinceKumar-ku9jg]

only video on utube platform to make understand the concept of gyroscopic inertia ..wonderful sir..i like the way you teach by animation 👍

[@ankitkataria4373]

This is the only video make me more confident on that topic..thank you so much sir..keep uploading videos...

[@aryandubey7016]

Very well explained. The way you talk about the topic, helps the learner to get hooked on it without losing interest. Kudos. 👍

[@zardaddurrani]

Thank you soo much for such a detailed explanation ❤

[@capt.aliabidmahmood8898]

Very nicely explained. Capt Abid.

[@mahmoodbhamji6279]

A complicated measurement navigation instrument well explained with simple trigonometry mathematics. Thank you.

[@viveksathish8176]

Thankyou So much Sir for these wonderful videos. Your explanation is so good that even a person with zero knowledge on the topic will also completely understand the topic.

[@musannagalib9169]

One of the best videos about gyro compass.... Thank you sir for keep it simple for us.... 😊😊

[@ankitkataria4373]

Thank you so much for that briliant and understanding information

[@denniskavukattu2338]

Intresting and informative.Very helpful for phase 2 students.

[@ShamimAhmed-eo9fi]

Tell you the truth, there is no video better than your one on KZbin teaching about gyroscope. May God bless you for sharing your knowledge with others.

[@SteeringMariners]

Thanks Shamim, appreciate the feedback, hope you saw all the ten videos:)

[@VivekSharma-tm7kd]

Thanks for an amazing video with very clear explanations! Very helpful.

[@DeepakYadav-xr6xz]

Straight and simple. Thank you.👍

[@pankajsingh3391]

very well explained

[@raghavlakhanpal4207]

The video was really really helpful sir. Thank you so much for uploading this. Keep growing

[@aalish007]

Things are so interesting when I am watching your videos rather than study from books.Your video presentation its really awesome. Thanks a lot again making things simple to us👍

[@SteeringMariners]

Thank you so much Suvendu:) You are very kind and your words inspire me a lot.

[@rugvedvashikar2359]

Thank you so much for making it so simple loving all your videos 😇

[@nalinkashyap6008]

Very well explained sir ...

[@GurpreetSingh-nm2rh]

Explained in a simple way was really helpful , Thank you!

[@phindilemthembu5110]

You are the best

[@210359]

Sirji, you are confusing the movement--Tilt is movement about the Horizontal axis and Drift is movement about the vertical axis,, although the Drift movement is in a horizontal direction, but its taking place around the Vertical axis,,similarly even though the Tilt is moving in a vertical direction, the movement is around the Horizontal axis of the gyroscope. Thanks . Great Graphics and good material,,thank you .

[@AbuSayed-er9vs]

Amazing,wonderful!There are really few video on KZbin explaining gyroscope.....

[@SteeringMariners]

Thanks buddy:)

[@joseyohannan1231]

Very informative,.. Tons of thanks 🙏

[@natcharinsakulsumpaopol2717]

Great VDO, thanks

[@GHTOONGHTOON]

Nice one mate! Thank you.

[@Harishankar-cd6oz]

Very helpful video...thank you sir.

[@kristine29love]

Thank you for the video on teaching Gyro Compass! 👍👍

[@aravsharrma2852]

Brilliant video

[@zombiewoof5257]

Very interesting videos on the gyro compass, thanks.

[@SteeringMariners]

Thanks Buddy:)

[@chhotupatel2928]

Fabulous video sir 🙏

[@raghavdevd7182]

Chottubhai😁

[@sameet786rocks]

Very helpful video sir, only corrections i felt are Tilt is horizontal n drift is vertical.... & Thank you very much sir for making us understand this topic better with help of your video.....

[@SteeringMariners]

You are most welcome and thanks for watching:)

[@revelationreflection]

Very good video, sir. Thank you for making it.

[@SteeringMariners]

Thanks buddy:) all the best with your studies

[@rajatbahuguna6785]

Wonderful lectures.Appreciate it.

[@githinmohandas2466]

Thank you very much sir🔥🔥

[@Ashokaindian]

Good job

[@rohitmule2542]

Superbbb video sir....now lot of doubts are clear..

[@SteeringMariners]

I am glad the videos are useful:)

[@rohitmule2542]

Sir pls video on marpol and its latest amendments...

[@upscpg]

Great explanation sir Thank you very much for making it simple for us🌌

[@SteeringMariners]

You are most welcome, appreciate the kind feedback:)

[@kirubakaran9278]

Very easy to understand

[@SteeringMariners]

Thanks buddy:)

[@tabrezahmed7738]

very helpful videos sir!!!

[@masoudaminkazemi3709]

Thanks for your information.

[@SteeringMariners]

you are most welcome buddy:)

[@efgtest]

@@SteeringMariners Your information is not correct. some things are true but some are not. And that is why this is disinformation. and I don't blame you. it's because that is what you have been taught and you never think about what you have been taught.

[@pavneetsethi5933]

VERY WELL EXPLAINED SIR THANK YOU

[@efgtest]

Very bad explained disinformation, True mixed with "disinformation" but I don't blame him because he does not realize the world is not rotating. But This information is not correct.

[@Dravid7]

You are genius

[@harmancheema2828]

Very well explained sir 🙏❤❤❤❤ Respect 🙏

[@mranchoredmariner1812]

Very useful sir

[@SteeringMariners]

Thanks buddy:)

[@shivanshrawat1560]

very useful

[@anibalvilelarj]

Congratulations! Very good video. Could I ask you a question, please? At the Equator, should we expect a 360 degrees of tilt in 24 hours ? The same for the poles with respect to the Drift ? Why do you use 45 degrees for both calculations's formula, at the poles and at the equator? I was thinking we would get an entire turn each 24 hours.

[@johnalphonse9020]

Super sir

[@vikaspandey2888]

NICE VIDEO

[@tommygeri4154]

Good

[@nobelhasan4112]

Sir can you explain what is damping in azimuth and damping in tilt?

[@masoudaminkazemi3709]

MORE USEFUL TO ME.

[@saumyabhattacharya5477]

Sir this is a good video but still I feel u are little bit rushing through the video. If i miss a line i keep rewinding every 10 seconds. But in all its a great video sir and i mean no offence. Just giving feedback

[@shaikhkhalik2861]

Helpfull

[@Cheeky-FE-Kerry]

So if you flew from England to India, say, the attitude indicator on the plane should be vertical when landing in India if it was started in England as you would be 1/4 way round the globe. Or not...

[@carultch]

The attitude indicators (aka artificial horizon) on aircraft are equipped with additional functionality to slowly adjust to the direction of downward. This compensates for both the rotation of the Earth, and your progress while flying around the Earth. They are called pendulous vanes, that slowly adjust it so that the attitude it indicates is relative to gravity. The gyroscope's purpose is to make sure that maneuvers don't give you a false reading, and therefore have the purpose of allowing the indicator to "remember" which direction used to be down. This way, as you bank turns, climb, descend, and accelerate, the apparent change in gravity as a result of the maneuver, doesn't give a false reading to the direction of the attitude indicator. You will feel slightly heavier during a banked turn or initiation of a climb, and you will feel slightly lighter when initiating a descent. When the apparent gravity inside the aircraft deviates from Earth standard gravity by a certain amount, the system pauses the ability for the pendulous vanes to impact the direction it indicates. When the apparent gravity returns to normal, the pendulous vanes resume their corrections to the attitude indicator. This is why when airplanes are stuck in holding patterns waiting for an opportunity to land, they don't take a continuous circular path. Instead, they execute a pattern of 180 degree turn - straight - 180 degree turn - straight, so that there is a period to reset the attitude indicators during the straight-run. This traces out the shape of the running track around a football/soccer field.

[@iam.reverence]

I think you need to do your own experiment in regards to the “earths rotation” having an impact on the gyro, as every experiment shows a a gyroscope staying fixed in one position over 24 hrs. The Earth does not rotate, it’s Stationary. The apparent fixed start as you say apparently rise and set are doing just that. #researchflatearth #researchglobebusters

[@anteosail]

"flat earth awakening" hahahahahahahahahahahahaha

[@ankitmehra3737]

Can't play the 2nd part video, it's just buffering

[@sammihullah1212]

Sir as per my verification there is drift on vertical axis and tilt I. Horizontal axis

[@aakashkumarsingh3529]

At 7:25 Horizontal plane should have been Tilt and Drift in the vertical plane. Isn't it?

[@niteshbaranwal1826]

Video is skipped at critical time when explanation of drift and tilt was given.

[@samw2670]

How can the “earth rotation be so slow” when the earth is spinning fast as nasa says

[@toonfan2843]

WHO SAYS SLOW?

[@tommyjones7275]

The rpm is slow earth rotates once in 24 hours

[@carultch]

In terms of its rotation rate, it rotates once every 23 hours, 56 minutes and 4 seconds, relative to an inertial reference frame. In terms of the linear speed at the surface relative to its center, this amounts to 1040 mph at the equator (1675 km/hr). The angular speed is slow, even if the linear speed is fast. The accelerations associated with the angular speed, and the pseudoforces you therefore perceive, are small as a result. What ultimately matters in terms of how you perceive Earth's rotation, is acceleration and not velocity. Most of the time, this is perpendicular to Earth's surface, and you perceive it as making gravity slightly less. What you will perceive as acceleration, is when you try to travel in what you think is a straight line on the Earth's surface, and you ultimately have to accelerate to compensate for the Coriolis effect. This is where you can measure the fact that the Earth is rotating, without referencing astronomical bodies outside of Earth.

[@Durumi-u4l]

6:20 rigidity

[@lockmat9]

Stars aren’t moving? All stars are moving, including our sun (and there the earth too) at .5 MILLION mph

[@djtbone001a]

The earth’s rotation is so slow? 1000mph isn’t that slow. Maybe compared to the 66,600 mph revolution around the sun and the 666,000 mph around the galaxy it is.

[@zbyszekkopec908]

The Earth is flat.

[@Harikirtan7834]

Newton's law se explain karna galat hai

[@adidinmedias]

There is no Earth based Coriolis. Mechanical gyros don't drift. Do a test dude. Rigidity in space but not really? 😀

[@BradAcquilin]

Earth is part of a rotating system. Look it up dude.

[@BradAcquilin]

Wait. You think it's flat?? ;-)