Physics – Newton’s First Law of Motion

Physics – Newton’s First Law of Motion

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Imagine you’re sitting on a recliner chair watching your favorite movie on a lazy Sunday And your mom calls out your name and asks you to run some errands You can imagine how [difficult] it would be for you to get up and do the work imagine you’re practicing for your 100 meters race on this track and Somebody asks you to stop immediately within a second Will you be able to do it? What if you suddenly ask to turn towards the right? Will you be able to turn immediately? The answer to both the questions would [be] a [no] You can stop yes, but gradually you can also turn But not sharply and guess what it’s the same story with every object every Object will continue to do what it’s doing if it’s at rest It will remain at rest and if it’s in motion it will stay in motion But what can change this? yes only an unbalanced Force can change this if It’s at Risk and an unbalanced [Force] acts on it It will move if it’s in constant motion and an unbalanced Force acts on it it May accelerate or change Direction and This is nothing, but the Newton’s first law of motion cheers the correct definition an Object at rest stays at rest and an object in motion stays in motion with the same speed and the same [direction] unless acted upon by an unbalanced Force [in] Simple words it means that the objects continue to do what they’re doing unless some external unbalanced force acts on them we can also understand this using a simple diagram if the Forces are balanced there can be two cases an Object may be at rest [or] an object will be in motion at a Nonzero constant velocity in a particular Direction These can be the only two cases when the forces are balanced in the first case the object will continue to remain at rest and In the second the object will continue to stay in motion [as] the same velocity and in the same direction Don’t forget these two [cases] will remain true. Only if the forces are balanced in The next video we will look at a few applications of the first law of motion

74 thoughts on “Physics – Newton’s First Law of Motion

  • KFlorent13 Post author

    Yup, another way of seeing it is imagining objects as lazy. Those objects won't move if not "touched" and won't stop if not "touched" again with the same amount of force (and opposite direction) because they are lazy and want to continue doing what they are doing (moving or not moving).

    After all this first law is also called the inertia principle and inertia in latin means indolent. Just an easy way of remembering the lesson (I think).

  • Hussam AL-hakeem Post author

    thank you

  • Ridhi Kawatra Post author

    Awesome video! Thanks because I am doing laws of motion at school and this helps me to understand better!
    Great effort!!

  • viru Post author

    come on everybody ..hit the like button

  • PublicSpeaking202 Post author

    These videos are amazing!!! I watched all 3 Law of Newton video and went to class and was not lost.. but only with the math part so that is what I will be working on this weekend. But other than that… I like the simple videos more. Great Job!

  • Abhinav Neelam Post author

    Good explanation

  • vallabhaneni eswar ramesh Post author

    please upload "centripetal and centrifugal forces….

  • Rakesh Vaishnav Post author

    Very Best experience

  • Michelles World Post author

    This helped

  • Shital Babar Post author

    Nice

  • Kieran Sinden Post author

    1:24

  • Khushi Bhoj Post author

    Nice video
    But how do u animate?

  • Rachna Bala Post author

    It is very helpful

  • πŸ’³ Post author

    Great

  • C VINOD KUMAR Post author

    it was help full for me

  • gunsforsale Post author

    her voice though

  • Animation Avtar Post author

    vary nice
    and this voice is your or not

  • Ahmet AkΔ±n Aydoğdu Post author

    HEAL FRIEND !!!!!!

  • Ben Quinney Post author

    Inertia

  • Ajay Ajay Post author

    please make a video on "time relativity"!!!!;!!!!!!!!!!

  • sanat mishra Post author

    When it stands same velocity and same direction I believe it is wrong because velocity is speed with direction

  • Gautam Sethia Post author

    Big fan

  • Rishikesh Pisal Post author

    HEY, I LOVE UR CHANNEL.PLEASE MAKE VIDEO ON MOMENTUM

  • Koushik Muthusamy Post author

    Amazing 😍

  • Fatima Habib. Post author

    Ty for this video:)

  • Balti 11 Post author

    Can an example be a train moving at a fast speed. Then it will stop slowly as the brakes are used( the brakes are the unbalanced force)

  • Grema Fernandes Post author

    beautifully shortly explained wonderful

  • Deviin Post author

    Yes I can turn while running or stop mid way. Sure it takes practise, but it’s not impossible.

  • Mutindi M Post author

    Best justification for grabbing Stephen

  • Naveen tiwari Post author

    dhanyaaawaaaad……..

  • Vigghy kumar Post author

    awesome video

  • FLYNXS Post author

    I’m sorry but you are saying that if I kick a bal it wil keep rolling til something wil stop it but the bal wil de accelerate after some time so ur not explaining it right

  • Govind P Post author

    Loved your channel….really useful

  • Thirupathi chinthala Post author

    Awesome explanationπŸ˜€πŸ˜€ really amazingπŸ‘ŒπŸ‘Œ

  • ranzhani ranzhani Post author

    Wow!!!! SOooooooooooooo nice, it's very useful….make more videos…. Pls……πŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜ŠπŸ˜Šβ˜ΊοΈβ˜ΊοΈβ˜ΊοΈβ˜ΊοΈβ˜ΊοΈπŸ™‚πŸ™‚πŸ™‚πŸ™‚

  • happiness good Post author

    Very Funny Newtons Cartoon

  • Geeta Rawat Post author

    it is great video………….don't worry guys I will change the motion

  • Xavier Jones Post author

    That is i love to work at school πŸ™„πŸ™„πŸ™„πŸ™„

  • SavageSSG Post author

    trash

  • Prince Thakur Post author

    Thank you so much ma'am

  • Bill Adama Post author

    Goddamn indians

  • manoj bhatya Post author

    I LIKE YOUR VEDIOS VERY MUCH

  • Meenu Bali Post author

    nice explanation

  • WYATT WAKEFIELD Post author

    Dude this saved my project

  • Sanjeevani Singh Post author

    U r great mam…
    I love u
    I can understand everything here

  • RONAN Stevenson Swadling Post author

    really good video it helped me a lot

  • Labib abdullah Post author

    i love this channel i love you mam .this has changed my mind about physics

  • Daniel RΓΌbenacker Post author

    This is the most annoying voice I've heard all day

  • Ιͺɴᴇᴇᴅsᴏᴍᴑᴀᴛᴇʀ Post author

    Omg, thank you. You just saved my grade

  • Aschalew Yehuala Post author

    Watching at 2:41 am… physics exam tomorrow morning. Thanks

  • MrChoco_89 Post author

    Thank you so much for the explanation <3

  • STUDY CENTER Post author

    Which s/w use for making video plz tell me Madam

  • Saiful Mallick Post author

    I understand that you say mam I love youπŸ‘€πŸ˜πŸ‘‰πŸ‘€πŸ˜πŸ‘‰ mam

  • Latenci ! Post author

    Watching this for a test. I need to know the three laws. Easy A boy.

  • kousar khan Post author

    ΰ€—ΰ€‚ΰ€‘ΰ₯‚

  • The Unknown Youtuber Post author

    2019?

  • Shrey Nagpatney Post author

    You deserve 100 Million subscribers

  • Ahmed Yusuf Post author

    this was vary helpful

  • Sidhanth.m Sidhu Post author

    Mam please upload einstien relativity in simple ways

  • Crystal Moe Post author

    it's very useful video and can easily understand. Thanks a lot.

  • siddana rakesh Post author

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  • siddana rakesh Post author

    ╔══╗░░░░╔╦╗░░╔═════╗

    β•‘β•šβ•β•¬β•β•β•β•β•¬β•£β• β•β•—β•‘β–‘β–€β–‘β–€β–‘β•‘

    β• β•β•—β•‘β•”β•—β•”β•—β•‘β•‘β•‘β•©β•£β•‘β•šβ•β•β•β•β•‘

    β•šβ•β•β•©β•β•šβ•β•šβ•©β•©β•©β•β•β•šβ•β•β•β•β•β•

  • Future dr Riya singh Post author

    Plz story in hindi

  • Sohom Chakraborty Post author

    Ronaldo can

  • Sarai's Huerta Post author

    Esto es El translation Imagine you're sitting on a recliner chair watching your favorite movie on a lazy sunday and your mom calls out your name and asks you to do some errands. You can imagine how difficult it would be for you to get up and do the work. Imagine you are practicing for your 100 meters race on this track and somebody asks you to stop immediately within a second will you be able to do it?
    What if you suddenly ask to turn towards the right? Will you be able to turn immediately? The answer to both the questions would be a no. You can stop yes, but gradually you can also turn but not sharply and guess what it is the same story with every object every object will continue to do what it is doing if it is at rest it will remain at rest and if it is in motion it will stay in motion. But what can change this? Only an unbalanced force can change this if its at rest and an unbalanced force acts on it, it will move if it is in constant motion and an unbalanced acts on it, it may accelerate and change direction. This is nothing but Newton's first law of motion, cheers the correct definition an object at rest stays at rest and an object in motion stays in motion with the same speed and the same direction unless acted upon by an unbalanced for. In simple words, it means that the objects continue to do what they're doing unless some external unbalanced force acts on them. We can also understand this using a simple diagram. If the forces are balanced there can be 2 cases an object may be at rest or an object will be in motion at a nonzero constant velocity in a particular direction. These can be the only 2 cases when the force are balanced in the first case the object will continue to remain at rest and in the second, the object will continue to stay in motion as the same velocity and in the same direction. This remains true if the forces are balanced. This concludes the information about Newton's first law of motion

    Spanish-Imagine que estΓ‘ sentado en una silla reclinable viendo su pelΓ­cula favorita en un domingo perezoso y su mamΓ‘ llama a su nombre y le pide que haga algunos recados.Puedes imaginar lo difΓ­cil que serΓ­a para ti levantarse y hacer el trabajo. Imagina que estΓ‘s practicando para tu carrera de 100 metros en esta pista y alguien te pide que te detenasinmediatamente en un segundo ΒΏserΓ‘s capaz de hacerlo?ΒΏQuΓ© pasa si de repente pides girar hacia la derecha? ΒΏSerΓ‘s Capaz de girar de inmediato? La respuesta a las dos preguntas serΓ­a un no. Puedes parar sΓ­, pero gradualmente tambiΓ©n puedes girar pero no bruscamente y adivinar lo quees la misma historia con cada objeto cada objeto continuarΓ‘ haciendo lo que estΓ‘ haciendo si estΓ‘ en reposo permanecerΓ‘ en reposo y si estΓ‘ en movimiento se mantendrΓ‘ en movimiento. Pero, ΒΏquΓ© puede cambiar esto?SΓ³lo una fuerza desequilibrada puede cambiar esto si su reposo y una fuerza desequilibrada actΓΊa sobre Γ©l, se moverΓ‘ si estΓ‘ en constante movimiento y un desequilibrado actΓΊa sobre Γ©l, puede acelerar y cambiar de direcciΓ³n. Esto no es mΓ‘s que la primera ley de Newton de movimiento, anima la definiciΓ³n correcta un objeto en reposo se queda en reposo y un objeto en movimiento se mantiene en movimiento con la misma velocidad y la misma direcciΓ³n a menos que actΓΊe por un desequilibrado para. En Palabras simples, significa que los objetos continΓΊan haciendo lo que estΓ‘n haciendo a menos que alguna fuerza externa equilibrada actΓΊe sobre ellos. TambiΓ©n podemos entenderlo usando un diagrama simple. Si las fuerzas estΓ‘n equilibradas, puede haber 2 casos en los que un objeto puede estar en reposo o un objeto estarΓ‘ en movimiento a una velocidad constante distinta de cero en una direcciΓ³n determinada. Estos pueden ser los ΓΊnicos 2 casos cuando la fuerza se equilibra en el primer caso el objeto continuarΓ‘ permanecer en reposo y en el segundo, el objeto continuarΓ‘ en movimiento como la misma velocidad y en la misma direcciΓ³n. Esto sigue siendo cierto si las fuerzas estΓ‘n equilibradas. Esto concluye la informaciΓ³n sobre la primera ley del movimiento de Newton.

  • sai kiran Post author

    Hey Sunday is not lazy for me πŸ˜†

  • paras patidar Post author

    Very very great videos, very easy to understand, short and sweet, thanks a lot for animation video creation.

    Keep it up. God bless you.

  • nikolaos kalofonos Post author

    indian freak

  • sing your heart out Karwal Post author

    Please we need more videos about force

  • berna yuh Post author

    Hello to grade eight 2019 here

  • shakesphere Pulga Post author

    I think its wrong newtons 1st law is an object stay at the rest until it formed an unbalanced force

  • shakesphere Pulga Post author

    If theres no unbalanced force the ball just rolling in a floor theres no unbalanced in the floor that the ball will keep rolling but if its applied with an unbalanced force the ball will stop rolling thats the newtons 1st law

  • Hurayrah MALIK Post author

    who else clicked off because of the Indian accent?

  • Chitra Nanekar Post author

    Please make videos on black hole

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