Circular Motion on Banked Surfaces WITH Friction // HSC Physics

This video is on uniform circular motion on a banked surface with friction.

📚Syllabus
• Analyse the forces acting on an object executing uniform circular motion in a variety of situations, for example:
cars moving around horizontal circular bends
a mass on a string
objects on banked tracks
• Solve problems, model and make quantitative predictions about objects executing uniform circular motion in a variety of situations, using the following relationships:
𝑎_𝑐=𝑣^2/𝑟
𝑣=2𝜋𝑟/𝑇
𝐹_𝑐=(𝑚𝑣^2)/𝑟
𝜔=∆𝜃/𝑡

How to analyse banked surface circular motion problems with friction. How does friction affect circular motion on a banked surface?

[shmkrar]

Exactly what I was looking for! Thank You!

[pramanverma]

why is the centripetal force in the negative x-axis direction, shouldn't it also be at the angle theta radially?

[Aristothink]

Very complete video. Thanks for sharing !!

[beatriceciulu]

This was so helpful bless this channel

[Tannerdroze_vb]

How do you solve for theta though I can’t figure it out

[.lamyenchan]

How do you find v (not the ideal v) if the problem doesn't give it to you

[krishangsharma]

what do you mean V(ideal) - is this the velocity required for centripetal motion on a banked surface with no friction?

[hellocreativity]

How to solve with horizontal surface (not inclined)?
In that case the car have to create angle by its own

[tomkejan]

Is anyone able to help me? Why normal force isn't just equal to to the cosine*m*g