Physics | Vertical Projectile Motion | Air balloon projectile (with graphs)
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- Опубликовано: 28 авг 2024
- This video will help you understand how to tackle questions involving the motion of an object dropped from an airballoon that is in motion.
You will also understand how to interpret velocity vs Time graphs.
Best teacher ever ! I went from 50 % in physical sciences to 80% ... Thank you sir 😭😭😭🙏🙏🙏🙏❤️❤️
Thank you
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Facts
I agree. I was a bit rusty since I last taught Physical Science in 2004. Now if I am afforded the opportunity to teach it again, I would do so with confidence.
One thing I've realized about mechanics is that language is a barrier to non-native English speakers and sometimes learners may not really understand the question and what's really required of them. Nevertheless this was the best video... Thank you so much for simplifying things for learners and I'm also adapting teaching methods from you. Vertical Projectile motion like Electric Circuits requires some critical thinking
I couldn't agree more. I still argue about the rational behind using difficult English for examination because it does create a barrier of learning.
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You know my aim with these videos is to make everything sooo simple that even a 10-year-old to a 70-year-old grandma can get the courage to try Physical Science and actually do well...
Mara ke, I'm encouraging you to be lazy. This is what I call working smart 😊
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You’re welcome. Welcome to the light 😂
Not a science student or leaner but I was watching...lol.
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I'm happy to hear that... Please do recommend them to others. All the best for your exams
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Thank you so much... I'm glad you found it helpful
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Appreciated. Thank you
A humongous thank you to you!!!💜❤♥️ I don't think you understand how much this video saved me. The night before finals I watched this, and a question like this came out, and it was the first-time I've ever understood and fully answered the question.
It is my absolute pleasure... All the best.
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So glad to hear that.... Thank you Abel.
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You're welcome 😊
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My pleasure ☺️🙏🏾
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Thank you
OMG🤭i I've been waiting for this video.thank u so much
Hope you enjoyed it!
No, I haven't watched it because am still busy with another thing. But am happy and I can't wait to watch it because I know that it will take me from zero to hero. U are so amazing sir you made physics so easy like 1,2,3.
@@samkelisiwembulawa363 it is easy like 123. People make it seem difficult
Yes.
Thank you sir GOD bless you ❤️♥️
Thank you so much
Thank you so so much for this❤
My pleasure
Good day sir, why are we taking values from A to D to calculate height h instead of taking values between B to D to calculate h? 22:19
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You're welcome!
Malume❤
Mshana
33:46 Sir,I don't get it when you said it took 2.9 seconds since it was separated from the hot air balloon,can you please explain more further about that.
Still confused from the first question where you looking for height. What would you have done if they said calculate max height? Can you please also clarify the area formula do we use it to get height or acceleration now I'm a bit confused
We use area to calculate displacement
So sir, let's say it's in momentum and they say a plane moving at a certain velocity contains a missile at rest and we are told to calculate its final velocity... It's initial velocity should be equal to that of plane?
Yes missile and plane have equal velocities.
@@MlungisiNkosi thank you so much ❤️🙏🏾
@@emmanuelmungoma6863 you're welcome
Isn't the derivative of the position time graph is the velocity. At the instantaneous point
And how would you integrate that graph to get the area under the position time graph
Are you at University?
@@MlungisiNkosi no malume im preparing for finals and i saw a video on the area under the graph
May I ask why the ball goes up before it goes down? That part is confusing me a bit.
When the object was in the air balloon, it moves simultaneously with the Airballoon. The moment it is released, it assumes the motion of the balloon as its initial velocity.
@@MlungisiNkosi Thank you.
Hi I think at 29.19
Your area from E-P answer is 3.82m not 0.44m
Thank you 😊
Sir if a ball has been projected upwards and return to its starting point , will the sign of the acceleration of the ball when it was going up from Initially to the turning point be the same as the sign of the acceleration of the ball when it moves from the Turning point to its final velocity ?
Yes it will be... Remember Gravitational force never changes direction
I'm writing tomorrow🤣Its 15 minutes to tomorrow🤕
Oh my… Wishing you all of God’s best.
Is the hot air Balloon in free fall motion?
Ok nvm I got it👍
Awesome
Sir can you pls do more bouncing ball🥺
Please check on the Vertical Projectile Motion Playlists
Still confused as to where the 1.2 came from💀
The time taken to max height is 0.6s and therefore the time to return to the same position is an additional 0.6s which makes 1.2s
@@MlungisiNkosi ohh thank you Sir🤝
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