Hey, I've watched so many of your videos and they helped me with so much with my physics exams, you really put it in a term that's easy to understand when compared to the revision guide. You're amazing, thankyou for all of these videos!
@@DoodleScience Earth (a horizontal plane) is stationary. Your discussion of "constant acceleration" is more PROOF Earth Not a Globe! Uniform Circular Motion is Constant Acceleration: th-cam.com/video/KAI3RNlMiFE/w-d-xo.html Too rich!
Great video! It is interesting (and weird) how often 2π appears in the calculations. That happens because π is calculated from diameter instead of radius, which is kinda silly since all calculations of the kind uses radius. I bet it would be easier for calculations if we all used τ (tau) instead. τ = 2π
+Alexandre Pereira (Alenonimo) We probably would be a lot better off using tau! But then again convention makes explaining things to other people a lot easier :)
@P T Using diameter instead of radius is kind of janky and makes it a bit harder to use with other equations. That's why tau is better than pi. It gets rid of all those 2π we keep seeing around.
Hey, Your video is extremely helpful. The great graphic and animations help me to understand much better. Is it possible to tell me what program have you used to edit the video and the animation. Great Thanks!
Why is there an acceleration if the speed is constant? i understand that there is a change in direction because of the velocity but the magnitude of the velocity is constant therefore there is no acceleration.How did u came up with the acceleration pls explain further. thanks
acceleration is change in velocity. velocity is speed and direction. the direction is constantly changing, so velocity is constantly changing, so it is accelerating. hope you found this out before now but maybe a future person will want to see this.
In last example as the plane moving in circle. That is above the ground it's normal reaction and gravitational force mg. Will be perpendicular...so that's confusing can you plz explain.it???
+YAHOO The force acting towards the centre of the circle causes the body to undergo circular motion the formula for the force is F=mv^2/r. To answer your other question, velocity is a vector quantity which has both magnitude and direction, so if the direction changes the velocity changes. Since the acceleration is the rate of change of velocity, there is also an acceleration. Hope that helped! :)
If the vertical circle was a Ferris wheel or something where the person is not upside down, would the normal force at the top be acting upwards from the seat?
mom42526 wyw It's because at the top the pilot will be upside down but still sat on his seat so the normal will act downwards from this frame. Hope that helps!
Hey, I've watched so many of your videos and they helped me with so much with my physics exams, you really put it in a term that's easy to understand when compared to the revision guide. You're amazing, thankyou for all of these videos!
+Olly Chandler That's great to hear! You're welcome. I wish you the best of luck on results day! :)
@@DoodleScience Earth (a horizontal plane) is stationary. Your discussion of "constant acceleration" is more PROOF Earth Not a Globe! Uniform Circular Motion is Constant Acceleration: th-cam.com/video/KAI3RNlMiFE/w-d-xo.html
Too rich!
Please make more A Level videos!! These are life saving!
Yess
A LEVEL!? I’m doing this for secondary school Olympiad
This is actually really good
+Onesockanda Song Thanks a lot!
First video of yours I have seen. You deserve more subs.
+SirNate Thanks a lot that's great to hear :)
Thanks, this helped me to understand it more. :)
does not derive but just writes down centripetal acceleration formulas
You saved my time
It was what I was looking for
The exam is after 15 minutes
He did at 2.53
Great video!
It is interesting (and weird) how often 2π appears in the calculations. That happens because π is calculated from diameter instead of radius, which is kinda silly since all calculations of the kind uses radius.
I bet it would be easier for calculations if we all used τ (tau) instead. τ = 2π
+Alexandre Pereira (Alenonimo) We probably would be a lot better off using tau! But then again convention makes explaining things to other people a lot easier :)
+Alexandre Pereira (Alenonimo) lol then why would it not be weird that tau appeared so often in the calculations?
@P T Using diameter instead of radius is kind of janky and makes it a bit harder to use with other equations. That's why tau is better than pi. It gets rid of all those 2π we keep seeing around.
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Thank you ❤
Hey, Your video is extremely helpful. The great graphic and animations help me to understand much better. Is it possible to tell me what program have you used to edit the video and the animation. Great Thanks!
Thanks a lot! Yes of course, I use adobe premiere pro for the editing and adobe after effects for the animation.
+DoodleScience thank you so much!
thank you
Brilliant videos, keep up the good work, can you please do more A level videos
nice video, it really helps a lot. thanks!
Why is there an acceleration if the speed is constant? i understand that there is a change in direction because of the velocity but the magnitude of the velocity is constant therefore there is no acceleration.How did u came up with the acceleration pls explain further. thanks
acceleration is change in velocity. velocity is speed and direction. the direction is constantly changing, so velocity is constantly changing, so it is accelerating. hope you found this out before now but maybe a future person will want to see this.
Very helpful, thank you!!!
Does the magnitude of velocity at different points in a circle change if not then why
Nice drawings and colours👌✌️
it helped me a lot
+Angel Lalu That's great! :)
I can't thank U enough 👍
What i wanna know is why a=v^2/r...does that mean that v=r/t??? Isnt it just simply a=v/t???
See here starting around 33:00: th-cam.com/video/-gsjsqQvDDA/w-d-xo.html
In last example as the plane moving in circle. That is above the ground it's normal reaction and gravitational force mg. Will be perpendicular...so that's confusing can you plz explain.it???
I liked it
where is the normal force coming from? I don't see any surface
what causes the object to accelerate? is it the force? if it is the force then why is the formula for acceleration=v^2/r ?
+YAHOO The force acting towards the centre of the circle causes the body to undergo circular motion the formula for the force is F=mv^2/r. To answer your other question, velocity is a vector quantity which has both magnitude and direction, so if the direction changes the velocity changes. Since the acceleration is the rate of change of velocity, there is also an acceleration. Hope that helped! :)
If the vertical circle was a Ferris wheel or something where the person is not upside down, would the normal force at the top be acting upwards from the seat?
no name Yes, it would that's right.
DoodleScience thanks for the quick reply!
nice work
How to make this video ? would you please tell me which software you used?
why is the normal reaction force acting downwards at the top in ur last example?? shouldn’t it act upwards??
mom42526 wyw It's because at the top the pilot will be upside down but still sat on his seat so the normal will act downwards from this frame. Hope that helps!
DoodleScience thankyou it did!
Then what is '' m'' in mg if g is the gravitational acceleration ??
m is the mass of the object which is being affected by the centripetal force.
Legend!
haha we did this last term and I'm doing igcse 😝 this is v helpful tho
Will come in for work but dobble time right
Thanx genious
3:44 onwards confuses me so much
good video
Kind of sounds like thoughty2
It’s his pacing and just his accent generally I think
4:20 what is 9.81 ? im confused !!
It's the acceleration due to gravity 9.81m/s^2 and it is symbolised as "g". Hope that cleared it up! Sorry for the confusion.
+DoodleScience Oh Snap ya that's like a common thing .... buy im kinda weak at physics so.. ya
Style of minute physics..
Exactly 😂
So what
I'm more blur than I was after watching this.
aff equals emm vee square ova aRR. End of lesson....move along
no dislikes!!!
Aryan Khemka 2 dislikes lol
now 3 xD
you're kinda jumping from one equation to another without explaining or deriving them....
just a copy of minute physics
I am confused after seeing this video
Nope.
God i hate gcses
nice minute physics clone
Thank you ❤
thank you