GCSE Physics - Newtons First and Second Laws #56

This video covers:
- Newton's first law
- Newton's second law
- F=ma equation
- The idea of circular motion
- Inertia and inertial mass
General info:
- Suitable for all GCSE and IGCSE courses
- See below for whether it is higher or foundation tier for your exam board
- See below for whether it is triple or combined for your exam board
Exam board specific info:
AQA - Circular motion and inertia are only relevant to higher tier - but everything else is suitable for everyone
IGCSE Edexcel - Circular motion and inertia are only relevant to higher tier - but everything else is suitable for everyone
Edexcel - Circular motion and inertia are only relevant to higher tier - but everything else is suitable for everyone
OCR 21st Century - Circular motion and inertia are only relevant to higher tier - but everything else is suitable for everyone
OCR Gateway - Only suitable for triple (separate) students

[@meetboy352]

Legit would be failing IGCSE Physics without this donny

[@danishrauf6888]

British guy

[@benncraftz3303]

@@danishrauf6888 most people doing GCSEs are British lmao

[@mantosh56]

@@benncraftz3303 Eh that's a *BIG* no!!!

[@benncraftz3303]

@@mantosh56 Americans don’t do gcses

[@benncraftz3303]

@@mantosh56 all of Britain do gcses

[@Cognitoedu]

If you’d like to practise what's covered in this video, check out the lesson on the Cognito platform - cognitoedu.org/coursesubtopic/p2-gcse-aqa-h-t_3.07. The platform’s totally free, and has been built to make learning and revision as easy as possible. The main features are: - Lessons organised by topic, only the lessons relevant to your specific exam board and tier are shown. - Automatic progress tracking. Progress bars tell you what you’re doing well at, and what you need to spend some time on. - Practise quizzes so you can test your knowledge. You can quiz yourself on any combination of topics you like. - A huge number of fully-hinted questions that take you step-by-step through some of the trickiest calculations & concepts. - A comprehensive bank of past exam papers, organised both by year, and also by topic. Amadeus & Tom

[@POPCORNBlobfish]

Hi, I think you should pin your comment so people can see it first without having to scroll down on all you videos. Thank you for the great content!

[@Geralds.shoe.cos.why.not89]

This is the most helpful thing that i have ever come across on KZbin, you are a legend

[@blondie12093]

thank you so much your 5 minute videos are more helpful than a hour's lesson

[@veronicaroseafton5103]

Hi I haven't had any idea what most of this of this with out your help because it means I can do kinting at the same time and it's so good as last minute revision for my last test Thanks so much for all you help Vonica/Lauren

[@emmahandy1512]

You have a lovely voice, quite calm and easy to listen to :)

[@Cognitoedu]

Thanks randomthing42 glad you think so! 😊

[@Shortness.]

@@CognitoeduxD

[@ragingalt2835]

I watched this video multiple time and it helps me for my physics test. Thank you

[@rose-pp8xj]

U should do geography videos u explain this so well

[@katelynmeyers6913]

and histroy

[@parisheynisbatbatool]

um... HOW THE HELL Did i just understand all of this in under 10 minutes like whaaaaaa i love cognito some much!

[@supercoeur100]

Great video! This topic is very confusing so thanks very much!

[@PerpetualCommotion]

Thanks so much learnt more from this video than a week of physics lessons fr

[@alisonhodgkiss5379]

RLLY EPIC VIDEO THANKS MAN XD

[@Sukunasonly_wife]

Thank you bro I needed this bc i don’t understand shit from my physics Dr. Helped me with IGCSE exams

[@GuerrasLaws]

Physics (F=ma) test: “Without” applying the Energy from within you, choose an object of your choice, and apply only the Force or Net Force needed to push it away from you or pull it towards you. Please let me know if you’re able to. This is only a test. Thank you.

[@lavaplayz5548]

magnetic force & metal or repel with magnetic force

[@josephpallangyo8641]

I always watch your videos "COGNITO",and I have found understanding instantly,thanks so much. So my question in this video of newtons laws 1 and 2 is that,why you have subtracted 42N and 30N?

[@braedenreviewsbooks6692]

They subtracted 30N from 42N because they wanted the resultant force. For example. There are 30N to the the left and 42N to the right so the resultant force is 12N to the right.

[@redroses2082]

To get a resultant force u subtract smaller force from bigger force and the direction of resultant is always in the direction of bigger force

[@alaaabuzaid5976]

This video very nice and helpful ...... I liked it

[@numdongus2454]

got my last gsce tomorrow last minute revision

[@user-zt7ki7oc6l]

The law of ternary balance: In a system, the process of two non-equilibrium states tending to equilibrium is the process of ternary equilibrium.

[@jai6482]

no one cares

[@samuel9272]

This is really useful for clarification and easy understanding. Grade 5 or 6 GCSE here i come

[@khadija2625]

That was sooooooooooo helpful thank you Cognito👌

[@ailasheraz1053]

Thank you so much, this was very helpful, really appreciated it 🙂😀

[@Cognitoedu]

You're very welcome Aila!

[@RayRay-ty6nw]

@@Cognitoeduyou should have a geography channel 4:28

[@hebby7501]

Hi, at 2:30 does speed up mean accelerate even more?

[@codsweaty8862]

is there a proper official definition for newtons second law?

[@carolineghosh5781]

How in your first example of the 1st law can an object move without a resultant force? I am wondering about this.

[@ziajafri6617]

Thank you so much.

[@mattone1933]

It helped a lot thank you!

[@avaavell7773]

is the gravitational pull of the earth the centripetal force for the moon?

[@mariabenny1883]

this video was so helpful ☺️

[@sunnyxxd9361]

Learnt more than what I learn in a a week

[@stressedbitch2539]

Would a smaller object have more resultant force than a larger object (i don't know if that makes sense but something like that came on my exam)

[@muhammadpatel5977]

No it'd just have a larger acceleration

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@joannadaniel9396]

thank you !

[@wanna-ace-all-your-tests]

Hey! I was wondering if you could help with this one question thats been on my mind alot. 4:54 here you said that resultant force is found when you subtract one from the other but in your terminal velocity video you mentioned how the resultant force would be the sum of the resistive force ( air resistance ) and weight. Pls help me out!!!

[@thesausageman5388]

In the terminal velocity video he meant that you would ‘add’ the resistive force to the weight to get the resultant force, but really you would take away. It wasn’t all that clear unless you paid a lot of attention though. If the force upwards is 50N and the force downwards is 80N, 80-50 = 30, so resultant force is 30N downwards

[@wanna-ace-all-your-tests]

@@thesausageman5388 oh alright that helped alot thank you so much!

[@h4llow149]

3:23 what flag do you see

[@jatinore4626]

this aint gcse history man 😭😭

[@SciencewithBexy]

Ah Newton's Laws!! I've done an episode on these too - but this is great! :)

[@aijibs3833]

I dont fully understand how the particle could be changed in direction without a change in speed. For example, if i blew a pen that was originally heading my way to the opposite direction, the speed would be changed when heading in the opposite direction wouldn't it?

[@redroses2082]

Imagine ur self in a car with constant speed u take a turn u feel ur self lean on the other side even tho u are not changing the speed the sudden change in direction causes change in speed (acceleration) also keep in mind velocity is vector had a direction so change in direction changes velocity even if magnitude is same

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0😊

[@carolineghosh5781]

Resultant force. I What is it . What is the definition What is it a result of Is it the same as force Can you please explain, Confused from the beginning

[@L1Z1J1]

You guys are so smart

[@radinelaj3932]

What about a golf ball in space? If an astronaut throw a golf ball( or a dice)in space, did it stops floating? Or it will cruise forever/ perpetually? If the dice stops, it means : the aether exist which causes the friction in space, or the About Michelson Morley experiment : Answer : the light is like the water is an exception for some experiments, thus that is unclear experiment. @Physics Videos by Eugene Khutoryansky you should prove it otherwise it mean : there is free energy in space ( it can be produced unlimited free energy in space, I think that is not possible, for example : if I have a generator in space and move only one time the axis of generator, it will spins around forever/ perpetually ( that is according your logic) , but I think not. Therefore need to prove it .

[@jackeagle75]

more explained in 6 mins than my teacher explained in 1 week

[@drd6482]

Let's do a whole class meditation one day guys? #NOGFC

[@rose-pp8xj]

Omg thank u so muchhhhhhh this helped with my homework so much I got full Marks

[@Autin1]

in 3:44 the arrows form a 卍, secret message?

[@Tuffmess1]

No just you not paying any attention to the actual video

[@Mudblood_Mione199]

its a swastika, it was used for the NSDAP logo, but i think it's actually a religious hindu symbol

[@IronMan-yt2rk]

wait in newtons second law you say force is directly proportional to acceleration it causes but isnt it directly proportional to acceleration and mass?

[@leobyrneyear8651]

idk cause physics sucks

[@bluechronicles459]

Thank youuuuuuuuuuuuuuu

[@drd6482]

Do you think anyone will know what NOGFC means?

[@raghdamurtada7146]

what does it mean

[@WalkingRat50556]

@@raghdamurtada7146 no global financial crisis

[@MrY85123]

3:34 I couldn't help but notice the nazi sign if you remove the earth and add a couple lines lmao. Still your videos are really good it really helps me

[@azeeee7]

2023 anyone? good luck for tmrww

[@Whos_Who.]

Yeah Good luck

[@EesaSalmanKakakhel]

Gl

[@mrtubs8440]

gl hf

[@M4D_H4TT3R]

Hi-

[@azeeee7]

@@M4D_H4TT3R lolll

[@Shortness.]

Instead of watching netflix, i watch this xD

[@user-ru2vl4ec1i]

best

[@syrup5868]

Last minute 🙈

[@LuxiChara]

Got sent this video as part of my school work, anyone else?

[@geox1010]

nah, I'm watching this in class

[@nabiha5942]

@@geox1010 HOW???????? CAN U GUYS WATCH DURING CLASSSS

[@rabbitman8535]

@@nabiha5942 online learning ma dude

[@zacabbott6357]

Yeah I have! It’s helpful.

[@LuxiChara]

@@zacabbott6357 yeah it was ^-^

[@mikewazowskigaming3029]

🤔

[@motazhelali3236]

2024 lads

[@electrogamerz3839]

When you have ur o level exam tomorrow

[@Geralds.shoe.cos.why.not89]

My physics teacher be crap - this be much better

[@jai6482]

stop glazing Amadeus

[@Geralds.shoe.cos.why.not89]

@@jai6482 ???

[@gamer_ksa9517]

Commented

[@mynameishidden1025]

destroyed my teacher in 6 mins

[@Cytrixxz]

safe

[@youssefthabet5923]

❤❤❤❤❤❤❤❤😮😮😮😂😂

[@yixyaxo]

aaaaaaa

[@ktoneill8440]

lol my exams tmwwwwww

[@lameesxo]

My exam us in 15 min😀

[@user-xw4nd7fj8j]

3:43 aint no way, its the funny symbol

[@jabiradeniji-bello2140]

1:16

[@chocobean_]

stop smoking crack pls

[@qkhan418]

HMMM

[@robloxblox_fruitsofficial]

*yawn

[@Hoihoi_hoi]

this is crap

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0😊

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0😊

[@Tafara-j9u]

No its like when an object is moving at a speed of 5 m/s lets 50 newtons are applied so if those 50 newtons remain constant so resultant force will be 0😊