Projectile Motion | Motion in Two Dimension for JEE & NEET | Class 11 #OnionPhysics | Mechanics L-11

Topics covered in Lecture 11 of Projectile Motion in chapter Motion in Two Dimensions for JEE & NEET in Onion Physics are listed below with timestamps:

Timestamps:
00:00 Projectile Motion - Motion in two dimensions
01:28 Ball projected on horizontal ground
03:12 Time of flight in projectile motion
04:37 Maximum height attained by ball in projectile motion
05:35 Horizontal range in projectile motion
06:35 Velocity of projectile during flight
08:56 After what time particle will be traveling at specific angle from horizontal
10:50 Position coordinates and equation of trajectory of a projectile
14:42 Minimum projection speed for ball to cross the valley
17:45 Angles of projection at which ball will cross the valley
19:55 Maximum range of projectile
21:30 Important facts about a horizontal range of projectile
23:30 Football hitting a goal
24:30 Check if there will be a goal or not
26:22 Angle of projection so that ball hits point A on the goal post
29:35 Projectile from top of a tower
30:44 Range of projectile on an inclined plane
35:07 Range of projectile on an inclined plane using coordinate geometry
38:04 Speed and angle at which projectile from top of a tower will hit the ground

Projectile motion is the most important topic from Motion in two dimensions Class XI Physics for JEE and NEET preparation. The concept of projectile motion is quite simple but students must analyze different cases which can be derived from it such as projectile motion on inclined plane, so as to crack the questions within the given time frame in their JEE or NEET examination. Ashish Arora sir has discussed multiple cases on which numerical problems are asked in JEE and NEET. Analysis of projectile motion will also help in solving more than one correct question type in JEE advanced.

Onion Physics is a FREE You Tube series for High Quality Online Physics Classes for JEE & NEET preparation. In this series, complete physics is taught through Illustrations based on different physical situations. JEE Main and NEET are competitive exams in which about 50 percent of questions are based on applications of physical situations and the rest are based on memory and fundamental analytical concepts. In JEE Advanced all questions asked are purely on applications of concepts in simple as well as complex experiments and physical situations. Onion Physics is focused on learning through examples and different physical situations which makes it the best online jee coaching available in Physics.

#rigidbodydynamics #rotationalmotion #jeemain #jeeadvanced #neet #jeepreparation #neetpreparation #onionphysics

[agastyatripathi]

Sir thank you so much just please complete this series because this is besttt series 😁❤️

[rehanakhtar]

Sir is saal video dekhunga agle saal se aapka channel recommend karunga.
Abhi competition nhi badana hai.

[Youtuber-lted]

Wow, the way of explaning every thing with situations is amazing.

[kiraaaa]

Literally the physics galaxy book is such a great book that I can relate any real life suituation with motion thanku sir for this ang giving us free course that worth more than any institute 👍

[harshitsahu]

Sir I study in an institute but the way you explain is injects the knowledge into the brain by multi-folds. 🙌🏼

[kavyanjaligavate]

These videos are best for revision ... :)
Every point is covered in around 1.5hrs :)
Thank you sir

[sandeepkhamayacha]

6:09 Sir Range is written incorrect it should be U^2 instead of just U👍🏻

[bajhulkamar]

YouTube per itna detail me
KOi nahi Padata he.
Thank you so much sir.

[vaasubansal]

sir at 6:08 it should be u^2 rather than u in the range formula

[pg]

In my opinion the non real root signify the position of ball below the ground (surface)
The two roots are in 3rd and 4th quadrant.
This situation can I also be related as if we shoot a ball from a building then there are two positions when ball is at -h heights.1st position when ball is shooted in front and 2nd when ball is shooted backward with downward angle.

[tanmayjangid]

sir at 6:07 it should be u^2 instead of u in formula of range
☺☺

[agtm]

Really I find it very much helpful
Thank u so much sir ❤

[Hi-mfvs]

Wow….l thumbnails 🥳🥳🥳. One of those teachers who don’t want to waste our time in searching for exact content. ❤️

[jtejxqi]

As per my opinion that there exists non real roots always in pairs so the +ve imaginary root explained the position of ball stopped and vice versa

[TechnicalVasanth]

No channel will be not like this, saying All concepts in less time thanks Slowly jee aspirants spending More Time on p.g ....
But sir boards cancelled and Probability of announcing jee exam dates is very near I think...
Please sir Complete fast this

[madhawkumar]

Sir at 5:53 it will be { u^2 (2 sin alpha cos alpha )/ g }

[Ayush_]

Thanks sir after watching whole lectures i come here to enhance the learning . 🙏❤️❤️❤️❤️ And learned many new concept which are actually used in question

[Nsut_Aim]

I was not able to do vol 1 questions of projectile
I think i am now able to do so
Thank you sir♥️♥️

[kunaljbk]

I am in 12th my mechanics is good but it's helps to become any situation.... 12th new students can absorb content easily thnks Ashish Arora sir

[saikarthikeya]

Sir will machanics part will complete before jee advance 2021? Please respond sir