Recent content by Kumail Haider

Thanks🙂 I think I get the point. I was making mistake in taking derivative of √(1−x ²) it should be −2x /2√(1−x ²) Is this the mistake that I was making?

Thanks a lot for your guidance😊 So, B = −(1−m^2) (m) In that(which I've done) I write equation ##B## down as : −(1−m^2) = (m^2−1) It means that I've multipled the whole bracket with this negative sign. Am I picking the right point?

Here is the problem that I'm trying to solve. I've done the first part that is prove but I'm. facing difficulty in finding nth derivative I'm attaching pics of my attempt of solving this problem as I've no idea that how to type all these mathematical expressions. Can anyone please guide me...

Thanks for your guidance and providing me with this equation.

This information is quite interesting.👍

The other two instruments are rate of turn indicator and artificial horizon, that use gyroscope. Am I right?

The point I understand is that the heading indicator get affected by the precession and then start giving inaccurate direction then pilot re adjust it in accordance to the magnetic compass. And thanks a you help me a lot in clearing this concept 😊

Oh🤭 Magnetic compass and heading indicator both are used as direction indicators but the difference between them is that magnetic indicator use earths magnetic field where as heading indicator use the rotation of gyroscope (that provides stable Reference point) So heading indicator is more...

I guess that compass in aircrafts uses gyroscope.As the gyroscope provides a stable reference plane for the compass, allowing it to maintain a more accurate reading of the aircraft's heading. I'm not sure but I guess that.

Thanks a lot for providing me with this link. And clearing my concept.☺️ It helps me to understand precession. Now its much clear to me that precession is the deflection (depends on the direction of angular momentum and torque produced) of a rotating object when an external force is applied to...

Thanks a lot for your guidance. 🙂

As a beginner I learnt that gyroscopic motion is the tendency of rotating object to resist any change in its axis. Moreover it body performing gyroscopic motion have angular momentum that is conserved. The rotating body that have gyroscopic inertia(the ability to resist any change in its axis)...

Hello! I was just started the topic gyroscopic motion These questions come to my mind. please guide me that how gyroscope is used in mobiles what is its function in mobiles and also want to know their role in aircrafts that how it helps pilot to determine the position of aircraft etc. Please...

Thanks 🙂 I hope that I'll learn a lot from there

"Hello everyone, my name is Kumail Haider and I'm excited to join physics forum community! I'm student of BS Physics.I am curious and passionate to learn that how physics applicable and helps us in our daily life and physics of many other phenomenon taking place around us.I'm also interested in...