Grade 11 Newton Laws: Look out for normal force

[@warshiperliant]

Am in grade 12 because of you ...honestly

[@kevinmathscience]

Awesome!!! Keep pushing and giving it your best!

[@renenorval7052]

I am doing matric for a second time, 8 years later. I just want to say that because of you I am feeling confident and I am so grateful for all the time you have put into these videos. You are my hero.

[@Tammy10765]

You deserve the resultant salary of all the physics teachers in South Africa

[@kimmegan4266]

Fr thou😭

[@veyshaliramathar3859]

All of the Newton's laws Videos are so Helpful 😭🤍 Thank you so much ... U have no idea how much you've Helped me

[@kevinmathscience]

I am so happy this has helped you :)

[@makavelison9195]

im gonna humiliate these exams

[@kevinmathscience]

Thats the most confidence I have ever seen in a student! Love it :)

[@sussnkuna2092]

🤣🤣🔥

[@katanamainn]

ayeye 🔥🔥😍😍

[@kimmegan4266]

Im in grade 11 and was.lost the while time my teacher was explaining this work 😭 now I understand Thank YOU SOOOO MUCH ....these videos are so easy to understand ♥️ and very very helpful

[@vusimatimbe1938]

Dude, this is an extremely important lesson that a lot of teachers fail to emphesize. I remember having to get a tutor just to understand this bit. Great video.

[@ayeshamansoor7295]

Thank you so much for these video's, for your effort and your time sir. You are a lifesaver and may god bless you!

[@kevinmathscience]

You are very welcome!😁

[@mianali9339]

I'm in Grade 12 and I never understood the concept of normal force😅, but after watching this video my I have mastered this thing......Love you, kevin❤❤ you keep us alive in physics😊

[@oliviapauw1701]

Such great clear explanations, thank you Kevin. You make it fun to learn physics.

[@leyna771]

ur videos really help,I have bad teachers so u are my angel that's guiding me 🙌

[@MoonGirl-my4zn]

You phrase things so wonderfully

[@1Namaka1]

my first time commenting this on a educational video but i mean it when i say you saved me, this video's gonna help me pass my test tomorrow, so thanks.

[@Ashley.Gamuchirai]

So is this right that when you have to subtract with Fy will your friction always be less

[@kevinmathscience]

Yes if you subtract fy, then friction will become less.

[@thorntonvelloen4547]

Thank you, sir these videos are really saving my academic year!

[@take5328]

I'm gonna make Newton proud Tomorrow 😎😎

[@xxpro-playerxx0161]

Bro I wish I saw these lessons a day earlier. Had a lab on exactly what he is teaching.

[@danieleloff7021]

Love this guy honestly 😭

[@KhanyisaSukaze-nu3uf]

Please do a gas law playlist I don't understand any other teacher either than you 😊

[@BoitumeloMashego-v8m]

Wow !! You just made it easy for me

[@karabelomotshabi3855]

you literally change the trajectory of physics for me

[@ThatoMoshupye]

kevin you are a legend man

[@angelgood8521]

JESUS LOVES YALL HE SAVES HE IS KING HE IS COMING BACK SOON REPENT RUN TO HIM HE LOVES YALL

[@remofiloesema9108]

Sir, the answer for the last one is 53 not 54

[@kevinmathscience]

Gravity is 49N. The downward force is 5N. So by adding them we get 54 :)

[@andilemkize5582]

How do I know if I should look for the y or x-axis in Q1, number 2.🤔

[@ZKuhleKrown]

Co-ask.

[@kevinmathscience]

When calculating the normal force, we will always use the y axis 😀

[@ThatoTshehlo]

I don't understand the second and third blocks bcoz they are the same but with difference answers

[@bidzhamukundi9299]

In the second object How come the Fy is negative instead of positive

[@bxyanda]

Up is positive: Fnet = 0 FN + (-Fg) + Fy= 0 FN = Fg - Fy

[@consistentfrequency8207]

Thank you

[@thomasmatshivha2484]

Give Kevin his flowers!

[@Lilian-d3w]

What is the first episode of forces

[@Kefiloe-n4z]

Are we always going to look for y components❤

[@KeithMunzhelele]

I'm writing in 30 🎉

[@kamogelokhunou5213]

❤

[@Soraya273]

Letsgo

[@rubies_makhanya]

Jesus Christ loves you ❤