physicshelp.online
physicshelp.online
  • Видео 1 196
  • Просмотров 325 745
Pressure with Depth
Pressure with Depth
Просмотров: 193

Видео

Pressure
Просмотров 763 года назад
Pressure
Pressure in fluids
Просмотров 1023 года назад
Pressure in fluids
lenses
Просмотров 1033 года назад
lenses
Gears
Просмотров 1063 года назад
Gears
Dark matter
Просмотров 1153 года назад
Dark matter
AQA Paper 3 Jun 18 Q3
Просмотров 313 года назад
AQA Paper 3 Jun 18 Q3
AQA Paper 3 Jun 18 Q2
Просмотров 233 года назад
AQA Paper 3 Jun 18 Q2
AQA Paper 3 Jun 18 Q1
Просмотров 203 года назад
AQA Paper 3 Jun 18 Q1
AQA Paper 2 Jun 18 Q7
Просмотров 263 года назад
AQA Paper 2 Jun 18 Q7
AQA Paper 2 Jun 18 Q8
Просмотров 323 года назад
AQA Paper 2 Jun 18 Q8
AQA Paper 2 Jun 18 Q9
Просмотров 173 года назад
AQA Paper 2 Jun 18 Q9
AQA Paper 2 Jun 18 Q10
Просмотров 143 года назад
AQA Paper 2 Jun 18 Q10
AQA Paper 2 Jun 18 Q1
Просмотров 253 года назад
AQA Paper 2 Jun 18 Q1
AQA Paper 2 Jun 18 Q2
Просмотров 133 года назад
AQA Paper 2 Jun 18 Q2
AQA Paper 2 Jun 18 Q3
Просмотров 183 года назад
AQA Paper 2 Jun 18 Q3
AQA Paper 2 Jun 18 Q4
Просмотров 113 года назад
AQA Paper 2 Jun 18 Q4
AQA Paper 2 Jun 18 Q5
Просмотров 103 года назад
AQA Paper 2 Jun 18 Q5
AQA Paper 2 Jun 18 Q6
Просмотров 103 года назад
AQA Paper 2 Jun 18 Q6
AQA Paper 2 Jun 18 Q16
Просмотров 103 года назад
AQA Paper 2 Jun 18 Q16
AQA Paper 2 Jun 18 Q17
Просмотров 73 года назад
AQA Paper 2 Jun 18 Q17
AQA Paper 2 Jun 18 Q18
Просмотров 33 года назад
AQA Paper 2 Jun 18 Q18
AQA Paper 2 Jun 18 Q19
Просмотров 33 года назад
AQA Paper 2 Jun 18 Q19
AQA Paper 2 Jun 18 Q11
Просмотров 33 года назад
AQA Paper 2 Jun 18 Q11
AQA Paper 2 Jun 18 Q12
Просмотров 83 года назад
AQA Paper 2 Jun 18 Q12
AQA Paper 2 Jun 18 Q13
Просмотров 33 года назад
AQA Paper 2 Jun 18 Q13
AQA Paper 2 Jun 18 Q14
Просмотров 43 года назад
AQA Paper 2 Jun 18 Q14
AQA Paper 2 Jun 18 Q15
Просмотров 73 года назад
AQA Paper 2 Jun 18 Q15
AQA Paper 2 Jun 18 Q24
Просмотров 33 года назад
AQA Paper 2 Jun 18 Q24
AQA Paper 2 Jun 18 Q25
Просмотров 33 года назад
AQA Paper 2 Jun 18 Q25

Комментарии

  • @ratman1125
    @ratman1125 9 дней назад

    Very simple, very understandable, overall great.

  • @AshleysAviation18
    @AshleysAviation18 Месяц назад

    Helped a lot. 😊

  • @zap1105984
    @zap1105984 2 месяца назад

    buddy, please, could you explain why you are not considering the buoyant force as another force opposing the weight? my understanding is that terminal velocity is reached only when the combination of buoyant force + drag force become equal to the weight.

  • @foddoySS
    @foddoySS 2 месяца назад

    If you see this, I want to thank you for this video. I now understand this concept which I couldn't get my head around at school.

  • @BenRasmussen-c3u
    @BenRasmussen-c3u 3 месяца назад

    if the back emf signal is so small , how does thar compare to a common magnet, like the one you stick on your refrigerator?

  • @ELB97
    @ELB97 3 месяца назад

    You said that at critical density the universe would stop expanding and that is a flat universe. But don't we live in an accelerated universe that seems to be flat? Or atleast we cannot say what the shape of the universe is even though we know its expanding. According to what you said, if the universe expands then we live in an open universe, isn't it?

  • @gatacelta
    @gatacelta 4 месяца назад

    Very helpful, simple and clear!! I finally understand this, thanks so much!

  • @zainorasriy
    @zainorasriy 4 месяца назад

    Your explanation is really clear thank you i just need this to make a metal detectors Srry if my english bad

  • @bluesky1042
    @bluesky1042 4 месяца назад

    THANK YOU 🙏, this helped alot. do you have any more for the entire paper?

  • @Dyslexic-Artist-Theory-on-Time
    @Dyslexic-Artist-Theory-on-Time 5 месяцев назад

    Are the electron shells around the nucleus of atoms based on the Inverse Square Law?

  • @danielmkandrews
    @danielmkandrews 6 месяцев назад

    how can you determine the direction of the eddy current in the pan when it is stationary?

  • @libaanomer1812
    @libaanomer1812 6 месяцев назад

    Do U mind telling me the order on which I watch this playlist, previous playlist had explanations before questions but this playlist starts off with 4 questions

  • @libaanomer1812
    @libaanomer1812 6 месяцев назад

    Hi

  • @femkestokes8776
    @femkestokes8776 6 месяцев назад

    Because he is my ancestor and my last name is stokes and I found out is one of my close ancestor!

  • @femkestokes8776
    @femkestokes8776 6 месяцев назад

    Wait are we talking about sir George Gabriel Stoke?

  • @PratinavStudyZone
    @PratinavStudyZone 6 месяцев назад

    this question came on my exam for 8 marks thank u so much

  • @nahgimgood
    @nahgimgood 6 месяцев назад

    "meeeEWWW"

  • @libaanomer1812
    @libaanomer1812 6 месяцев назад

    Legend 🙏🏾🙏🏾

  • @TheKelleyKidd
    @TheKelleyKidd 7 месяцев назад

    It's stated that one half value thickness would decrease the radiation by 50% and that (2) of these thicknesses would block 75%. Wouldn't the first thickness block the weaker photons resulting in the second thickness having to be somewhat thicker to reduce another 50%?

  • @Applesugarplum
    @Applesugarplum 8 месяцев назад

    amazing

  • @lauraaudu7837
    @lauraaudu7837 8 месяцев назад

    ❤❤

  • @lauraaudu7837
    @lauraaudu7837 8 месяцев назад

    ❤❤

  • @rio_agustian_
    @rio_agustian_ 9 месяцев назад

    Straightforward and clear, thanks :)

  • @콘충이
    @콘충이 9 месяцев назад

    Thanks!

  • @ahmednor5806
    @ahmednor5806 9 месяцев назад

    💐💐

  • @alaminior
    @alaminior 9 месяцев назад

    If it's so dense and it turns regular matter into itself, wouldn't it shrink anything it touches by a large margin? Cuz it would have to condensed it to a similar density as itself for it to exist right?

  • @rashidafadli389
    @rashidafadli389 9 месяцев назад

    Great! Short and very meaningful! Thank you

  • @mahde398bermh7
    @mahde398bermh7 10 месяцев назад

    ok 🙏✌️

  • @genesisleal4679
    @genesisleal4679 10 месяцев назад

    This video is awesome, you explained it really good! thank you for sharing your knowledge! :D

  • @BroAced
    @BroAced 10 месяцев назад

    thank you :)

  • @pstharun
    @pstharun 10 месяцев назад

    thank you!! this vid was really helpful

  • @aryakomal
    @aryakomal 11 месяцев назад

    thank youuuuu

  • @ibrahimtunahandag6081
    @ibrahimtunahandag6081 11 месяцев назад

    I do not care about detectors but ı detect an "innit" in 1.06 🫡

  • @ANJA-mj1to
    @ANJA-mj1to 11 месяцев назад

    Well done guide of defenition! I need all content for knowledge of luminous efficacy of a radiation for exp. beam as the ratio of luminous to radiant flux contamined to a beam because direct - beam solar radiation near the horizonfor clear sky radiation. So to obtain an approximate expression for the ~angular distribution~of radiance by replacing the zenith sky radiance and express it as a civil engineer I look briefly to Yours topic so I can mathematicaly define solar radiant flux. 😊

  • @mechanical_engineering_passion
    @mechanical_engineering_passion 11 месяцев назад

    Very simply explained Effective ❤

  • @ahmednor5806
    @ahmednor5806 11 месяцев назад

    🙏🌹🌹🌹

  • @ahmednor5806
    @ahmednor5806 Год назад

    🌹🌹🌹

  • @ahmednor5806
    @ahmednor5806 Год назад

    💐💐💐

  • @ahmednor5806
    @ahmednor5806 Год назад

    🙏💐💐💐💐

  • @ahmednor5806
    @ahmednor5806 Год назад

    🙏💐💐

  • @sidcritch7724
    @sidcritch7724 Год назад

    😇

  • @sidcritch7724
    @sidcritch7724 Год назад

    💪💪

  • @jadenquintero5
    @jadenquintero5 Год назад

    what if the kinetic energy before is greater than the kinetic energy after

  • @yeaaano
    @yeaaano Год назад

    Such a beautiful explanation, thank you 🙏🏻

  • @nilambhagwat7320
    @nilambhagwat7320 Год назад

    BEST EXPLANATION Finally i understood this topic in simple method great teacher ❤

  • @teamtiger1408
    @teamtiger1408 Год назад

    amazing informative video thank you so much

  • @lucyoriginales
    @lucyoriginales Год назад

    I'm a cute anti quark 🥰

  • @lucyoriginales
    @lucyoriginales Год назад

    🤭 my clan on codmobile is called anti quark but couldn't make it fit so I had to write " ≠quark" but Luke didn't look cute so I added a nice smily so it ended up as: \●_●≠quark Which means cute anti quark 🥰... u can join if u want 🤗

  • @jomarpenuliar7389
    @jomarpenuliar7389 Год назад

    mas madali daw to gr.12 st.John sabi ni gab

  • @liladale551
    @liladale551 Год назад

    THANK YOU SLAY