12 - Free Fall Motion Physics Problems (Gravitational Acceleration), Part 1

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  • Опубликовано: 25 июл 2024

Комментарии • 68

  • @samuelcampbell4080
    @samuelcampbell4080 3 года назад +13

    You prevented me from dropping physics, thank you

  • @mukamansumbanga6775
    @mukamansumbanga6775 5 лет назад +32

    I wish you were my teacher. you explain everything so well. I am actually understanding what you teach.
    I still have problems analysing the equations and solving them, nothing that a bit of practise won't solve.
    thank you for making this page.

  • @avocadosnumber498
    @avocadosnumber498 3 года назад +5

    You were my hero in statistics this summer, and now in physics this fall. Thank you, thank you, thank you

  • @blackjack98enterprises
    @blackjack98enterprises 3 года назад +1

    I'll be using your physics principles for determining forces acting on safety harnesses in my own videos. I just needed a refresher. As a scaffolder, I find it important to know these principles and use WEIGHT and MASS, when free falling wearing a safety harness

  • @thatblackgai1254
    @thatblackgai1254 10 месяцев назад

    made me understand so much in less time. I love this man and I hope there can be more professors like him out there in the world!!!!!

  • @sophiaandreadejesus136
    @sophiaandreadejesus136 Год назад +2

    Your videos are remarkable sir:))). Thank you, now I'm not having a hard time answering physics problems because of your impressive teachings. Thank you.

  • @aram5642
    @aram5642 8 месяцев назад

    This guy is pure gold. I think he is the only one that should be allowed to use the verb "to explain" on YT Math/Physics channels

  • @nightwalkerinlight4660
    @nightwalkerinlight4660 4 года назад +1

    Wow! You are an excellent teacher, keep
    Up the good work. Thanks for the lesson!

  • @gaius_marius
    @gaius_marius Год назад

    These are excellent videos. I wish most physics teachers were are clear and easy to understand when explaining how to solve these problems.

  • @lkerimi9277
    @lkerimi9277 2 года назад

    I learned Math from this guy. Thanks man, great job for the free Education

  • @thatonechannel465
    @thatonechannel465 3 года назад

    thank you you saved me so much research for understanding and formulas

  • @Asyss_Complex
    @Asyss_Complex 5 лет назад +6

    Thank you for posting this, I just discovered your channel and it’s just gold. I know that you’re selling video courses. When I had enough money I’ll make sure to buy them. I’m big supporter of “free education” but the work you’re doing is important and it deserves to be paid.

  • @nuwamanyaosbert5904
    @nuwamanyaosbert5904 3 года назад

    Great teacher you are making physics so simple for me

  • @Neon-ep2zu
    @Neon-ep2zu 3 года назад

    Explanation was good. It was easy to understand! ☺

  • @chidimmajosephine5216
    @chidimmajosephine5216 5 лет назад +2

    Thank you so much my great teacher

  • @getrichdiepoor7584
    @getrichdiepoor7584 2 года назад

    You are one a million . Thank you very much. Am very grateful.

  • @sirlancair
    @sirlancair Год назад

    ok..i concede..YOU are tbe Best Physics teacher Ive come across...ever. 59 year old YT student..studying physics FTHOI

  • @musatouray7494
    @musatouray7494 3 года назад

    Great tutorial!

  • @matthewIhorn
    @matthewIhorn 4 года назад +7

    omg this guy is an amazing teacher!

    • @MathAndScience
      @MathAndScience  4 года назад +5

      Thanks so much!

    • @frankdimeglio8216
      @frankdimeglio8216 2 года назад

      @@MathAndScience WHY E=MC2 IS NECESSARILY AND CLEARLY F=MA ON BALANCE:
      Energy has/involves GRAVITY, AND ENERGY has/involves inertia/INERTIAL RESISTANCE. C4 is the proof of the fact that E=mc2 IS F=ma ON BALANCE. This explains the fourth dimension. TIME is NECESSARILY possible/potential AND actual IN BALANCE, AS E=MC2 IS F=MA ON BALANCE; AS ELECTROMAGNETISM/energy is gravity !!! The stars AND PLANETS are POINTS in the night sky. E=MC2 IS F=ma. ("Mass"/ENERGY IS GRAVITY. ELECTROMAGNETISM/energy is gravity.) The EARTH/ground AND what is THE SUN are CLEARLY (on balance) E=MC2 AS F=ma. TIME dilation ULTIMATELY proves ON BALANCE that E=MC2 IS F=ma IN BALANCE, AS ELECTROMAGNETISM/energy is gravity !!! (Gravity IS ELECTROMAGNETISM/energy.) The sky is blue, AND THE EARTH is ALSO BLUE. The stars AND PLANETS are POINTS in the night sky. E=MC2 IS F=ma ON BALANCE. Great !!! This NECESSARILY represents, INVOLVES, AND DESCRIBES what is possible/potential AND actual IN BALANCE, AS ELECTROMAGNETISM/energy is gravity. GRAVITATIONAL force/ENERGY IS proportional to (or BALANCED with/as) inertia/INERTIAL RESISTANCE, AS E=MC2 IS F=ma; AS ELECTROMAGNETISM/ENERGY IS GRAVITY. Gravity/acceleration involves BALANCED inertia/INERTIAL RESISTANCE, AS E=MC2 IS F=ma ON BALANCE; AS ELECTROMAGNETISM/energy is gravity !!! It all CLEARLY makes perfect sense. BALANCE AND completeness go hand in hand.
      By Frank DiMeglio

  • @saraime1334
    @saraime1334 3 года назад +1

    Thank very much you're the best !!

  • @innocentakpan7052
    @innocentakpan7052 5 лет назад +2

    Wow.... nice and articulate explanation

    • @MathAndScience
      @MathAndScience  5 лет назад

      Thank you so much!
      View all my Lessons and Courses!
      Visit: www.MathTutorDVD.com

  • @powerwindow6475
    @powerwindow6475 2 года назад

    Thanks so much for your time and effort !
    A question :
    If gravity is because of curb. of space-time and there is no Force to grab things so why after realesing an objct from a distance above Earth it falls Down towards the center of Earth no mater where on Earth it is dropped and why after casting an object opwards then it Will not stand still when it reaches the highest point when velocity becomes zero ?
    Thanks !

  • @enriquewilliams8676
    @enriquewilliams8676 2 года назад

    Wao... Everything it's so clear...

  • @treacherous4915
    @treacherous4915 3 года назад +8

    Sir, I have a question.
    In using the acceleration due to gravity, does the sign always depend on the direction of the object? For example, if the object moves downward, use (+9.8) and if it moves upward use (-9.8). Or if the formula already uses positive, you could use -9.8 and vice versa?

    • @roberthornbeck3831
      @roberthornbeck3831 2 года назад

      no down is negative look at a x/y chart at origin it's zero zero so down Y is negative, and up is positive [and left is neg. X while right is Pos. X
      so gravity/is down; so negative.
      Planets may vary in the magnitude but down is neg. and up is positive; this guy is excellent

  • @Kingpye
    @Kingpye 5 лет назад +1

    Thanks mehn,you really helping me out

    • @MathAndScience
      @MathAndScience  5 лет назад

      You are very welcome!
      View all my Lessons and Courses!
      Visit: www.MathTutorDVD.com

  • @world3091
    @world3091 3 года назад

    Very good teaching

  • @firedout
    @firedout 11 месяцев назад

    Amazing teacher ❤❤❤❤❤

  • @tresajessygeorge210
    @tresajessygeorge210 Год назад

    THANK YOU... SIR...!!!

  • @wulandankhoma9752
    @wulandankhoma9752 2 года назад

    Would you please do a projectile motion tutorial

  • @cute1019145
    @cute1019145 2 года назад

    what is the effect of mass of the ball in this problem.

  • @iamvibrashn
    @iamvibrashn Год назад

    I completely comprehend this. Thank you

  • @ggcvbvnbcby1424
    @ggcvbvnbcby1424 4 месяца назад

    2:03 I think it should be +9.8 because the object is not moving against gravity but if it went up it would be - 9.8

  • @foodyraaj9569
    @foodyraaj9569 2 года назад

    free falling bodie after some time its velocity constant tell me if a bike i ride is bike velocity constant please reply me

  • @xeerarkanolosha650
    @xeerarkanolosha650 5 лет назад +2

    Thank you my tearcher

    • @MathAndScience
      @MathAndScience  5 лет назад

      You are very welcome! Good luck in your studies!

  • @mnrblz8340
    @mnrblz8340 2 года назад +1

    When you throw an object directly down from a specific height rather than dropping it, will the initial velocity still be equal to 0?

    • @MathAndScience
      @MathAndScience  2 года назад +1

      When you throw something the initial velocity won’t be zero. It will be whatever speed the object had when it immediately left your hand.

  • @TriviaQuizocity
    @TriviaQuizocity 3 года назад

    How do you aply this to gravity with respect to starting distance to find the velocity at the ending destance. This equasion should not include time, just distance from object. I can not use the equasion “square root of 2gh” because that is implying that the stringth of gravity is constant and does not change with respect to distance so that equasion does not work for me.

  • @jannatulnyeemratul6039
    @jannatulnyeemratul6039 5 лет назад +1

    Sir, I would be very grateful if you answer this question: How is that a object accelerating at a speed of 9.8m/s but just covering 4.9m?
    And what does it mean by
    s/s(per second per second)?
    I am having a lot of trouble with this questions.So please kindly reply,Sir.

    • @kimarano9790
      @kimarano9790 4 года назад

      I think because the acceleration is -9.8m/s², so the distance covered in 1 second is just half of the acceleration

    • @nerderspree
      @nerderspree 2 года назад +1

      2 years late, but the reason is that it only reaches the speed 9.8 m/s at the 1 second mark. You can't travel 9.8 meters in the first second if your speed is less than 9.8 m/s for the entirety of that second. Remember, its speed is increasing from 0. So, as math would have it, the distance reached over the course of the first second is 1/2 that of the speed reached by the end of that second due to acceleration.

  • @santanukumarsethy2882
    @santanukumarsethy2882 4 года назад

    Wow nice teaching technique sir

  • @TriviaQuizocity
    @TriviaQuizocity 3 года назад

    how do you account for the increasing strength of gravity as the falling objects distance to the reference object decreases?

    • @natureboy1961
      @natureboy1961 2 года назад

      its a constant acceleration and not a constant velocity, the reason its constant acceleration is because distance to the reference object is decreasing, so the closer it gets the faster it goes, so it would be accounted for in this equation, that's my guess.

  • @0mar._.
    @0mar._. 2 года назад

    If he is my professor i will never skip classes :) .

  • @rawanalganim5941
    @rawanalganim5941 3 года назад

    think u very muchh

  • @sliderulelover
    @sliderulelover 2 года назад

    Very good explanations but it would be nice if you stated gravitational acceleration with the proper units. Instead of citing gravitational acceleration as -9.8, it would be better if you included the proper units of meters/s^2. So it should look like g = -9.8 meters/s^2.

    • @gide5489
      @gide5489 9 месяцев назад

      -9.8 m/s^2

  • @michaelemmanuel5473
    @michaelemmanuel5473 Год назад +1

    Very easy

  • @eliminativegaming6189
    @eliminativegaming6189 3 года назад +1

    its perfect and i am nine years old
    in 2020 and in after year

  • @davidogbija5806
    @davidogbija5806 Год назад

    30 minutes with you is more than 30 days in the classroom.

  • @nicolelopez5499
    @nicolelopez5499 3 года назад +2

    Tenchu bEri BerI matssss 😭☺️😀🙂😩😩😩😩🙂😀😀😭😭😭

  • @sirturdaloter141
    @sirturdaloter141 6 месяцев назад

    None of this explains why the effects of bouyancy ceases to exist in freefall. Gas within a liquid will always go in the direction of acceleration. It doesn't, it freezes in freefall, telling us that there is no force involved in the downward vector.

  • @fatmaamiraemam8280
    @fatmaamiraemam8280 3 года назад

    king

  • @azeran_
    @azeran_ Год назад

    what is saul goodman doing here and why is he explaining better than my teacher

  • @enriquewilliams8676
    @enriquewilliams8676 2 года назад

    Why you not working at Spacex? I meant it.

  • @zbtt90
    @zbtt90 Год назад

    hocanın teki bu videoyu izlememizi isteyecek. tabi kendisi sadece sınav yapacak quiz yapacak raporumuzu inceleyek sadece puan verecek. ve sadece bunlara çalışın gelin diyecek. şaka gibi.

  • @eliminativegaming6189
    @eliminativegaming6189 3 года назад

    here also six dislikes done some persons

  • @michaeldominguezjr7503
    @michaeldominguezjr7503 10 месяцев назад

    My teacher honestly has an introduction video that says she doesn't explain things well so there are plenty of things on youtube. She just hands out homework and if you have a question she refers you the policies and procedures. I will no longer call her doctor but instructor.