Physics - Mechanics: The Inclined Plane (1 of 2) Frictionless

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Information Physics - Mechanics: The Inclined Plane (1 of 2) Frictionless

Title	:	Physics - Mechanics: The Inclined Plane (1 of 2) Frictionless
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tanks so much sir
Comment from : Mohammad Thanni

Want to check your understanding of the topic? Visitbr youtube/srGcT4N4OEU
Comment from : Check yourself Physics

Michel: Here´s a problem you may wish to play with: We have a cube formed by twelve 1 ohm resistors, one on each edge WHAT IS THE RESISTANCE FROM CORNER TO TO OPPOSITE CORNER ON ANY GIVEN SIDE? (I invented it and found it kind of tricky My answer is 15 ohm)
Comment from : charles bromberick

hero
Comment from : Matthew Swinehart

Many many thanks to you sir!! 🙏🙏🙏and lots of respect to your feet from this student ❤️
Comment from : Mousumi Mondal

Thanks mate!
Comment from : Mike Goossens

Thalaiva!🤩🔥
Comment from : Akash Akash

Thank you for the great explanation
Comment from : S S

Help me calculate thisbrbr factory worker pushes a 30kg crate at a distance of 45m along a level floor at a constant velocity by pushing horizontally on it, the coefficient if of kinetic friction between crate and floor is 025 br brFind bra) The magnitude of force must the worker apple brb) How much work is done on crate by this force? brc) How much work is done by friction, by normal force, and by gravitational force?
Comment from : Gatlat wal

Gracias me diste seguridad de operación Gracias
Comment from : Prisma del Saber

thanks god u save my assignment haha
Comment from : Arby Phan

my left ear enjoyed that :)
Comment from : Jason Ahn

Can someone explain to me how did he get mg? I really didn't get where it came
Comment from : Paul Velasco

Thank you for this one 🙇‍♀️
Comment from : Bri

Thank youuuuu for this vid you save my life
Comment from : kiki adelea

WOW the way he explains makes it so easy to understand!! thank u
Comment from : Mia

Thank you so much sir ,I am from India
Comment from : Swarupa

God bless you sir Your explanation helped me with my problem Thank you
Comment from : Zain Zoy

Thank you so much for making this simpler I’m studying online and what they gave me is just the basics but watching these videos adds all the meat to the bone hoping to get an A thanx to you
Comment from : Bonga “Jewel” Msimang

Hi sir, could you please do an example for finding the magnitude and direction not knowing the mass and acceleration in a frictionless incline with the object being push up, please
Comment from : Welile Nkosi

A particle P of mass m slides down a frictionless inclined plane AB of an angle α with brthe horizontal If it starts from rest at the top A, find (a) the acceleration (b) the velocity brand (c) the distance travelled after time t kindly, help me solve this problem
Comment from : Sabira 1

@Michel Van Biezen Kindly help me with this question: brA block of mass 05kg travels with a speed 2𝑚/𝑠 br2 brin the x-direction on a flat frictionless brsurface On passing through O, it experiences a constant force of 3 N at an angle of 60° brrelative to the x-axis for 15 seconds Find velocity of the block at the end of this time
Comment from : kendrick lamar

Someone to kindly send the link to the continuation of this video
Comment from : Dorothy Yona

Mgsinteta is what kind of forcebrAlso what is name of force
Comment from : Cozy channel

For the last 1 week, I could not understand how this at 3:52 (G sign theta) comes After this video I understandbr thank you very muchbrbrSir i am from India and i am preparing for medical entance exam exambrbryour teaching style is the best🙏
Comment from : Indian Trader

What about the 50kg is that just cancelled out?
Comment from : Harvir Nijjar

i have the same problem but with different mass, but still got the same answer 49 m/s^2brdoes this type of problem disregard mass? Thank you for those who will explain
Comment from : Jeliane Grace Maglaque

Shouldn't the acceleration be negative in this problem since the object is going down? Or is it positive because it's not coming to a stop and slowing down?
Comment from : MYDonutHol3

Tq so much sir
Comment from : vijay

hello, can you please make a video on how to draw the forces acting on the slope itself with another body on ?
Comment from : Ofek Ezra

it was usefull sir
Comment from : Praneeth

I checked so many videos but this is the only video that saved me💓
Comment from : Cricket lover

I am courious in what grade are you learning that ?
Comment from : The strange BlueBox

That's in poor light a subject of quite important is being taught, professor! Please do something about it to show in bright light!!!!!!
Comment from : elpula rajalaxmi

Thank you sir
Comment from : Mohan S

I was about to have a heart attack when my right AirPods wasn’t working, just realised it was just this video 😭😭
Comment from : syub

Thanks for clearing my confusions
Comment from : Aman Afzal

does this video have sound?
Comment from : Mithi Ahmed

Thank you very muchI need to finish my homeworkand this video really helpful
Comment from : nisa alia

Damn he's good ❤
Comment from : miss sparkle

a 100 kg block is released at the top of 30° incline 10 m above the ground if the slight melting of ice renders the surfaces frictionless, calculate the velocity of the foot of the incline
Comment from : Noel Vince Philip A Ibarra

I have an exam right now and this video helped me
Comment from : Shootfirst_74

Static,kinetic friction coefficient between object and inclined plane are 0866,0707How much degree you have to add the angle of the incline to begin to slide the object?When it begins to slide,what will acceleration become?on what angle of incline object will slide constantly?
Comment from : Tsooj Baterdene

why im not hearing any audio>?
Comment from : Armin Homaei

How it is mgsintheta plzzz explain u didnt explain that
Comment from : A Nitin

is "a" gonna be same for pushing up and down ?
Comment from : sumaiya

Thanks :)
Comment from : HAris

very helpful, also i love the way you say perpendicular
Comment from : astrohaute

How did you get the angle between gravitational force and component of gravitational force perpendicular to the inclined plane to be equal to angle of inclination (which is 30° in this case)?
Comment from : Aarfeen Anees

Thank you sir!
Comment from : McRom Luke

It made my understanding about FBD more simple Thank you sir
Comment from : Vivek Kumar Jha

Thank you very much🌷
Comment from : Loai Khaseeb

Thank you! This explanation helped me so much
Comment from : Chloe K

I’m late to know this channelbrHoping I cud follow your upcoming vedios
Comment from : IYAD Bin

Sir, now I get it why you called the y component mgcos theetha
Comment from : Thrust and lift

bij i thought my right's earphone have a problem lmaooo
Comment from : apiz

is the process still the same even if we flip the triangle pointing to the right side?
Comment from : Ronil Orcerada Luzano

Why angle theta is equals to 30°?
Comment from : All rounder RV

How in the world does he make such straight lines without a ruler?!
Comment from : Ricky911

GOD BLESS YOU! I have been sister struggling for a real one, and you have saved me so THANK YOU SO MUCH ✨🌼
Comment from : sanjana kaur

I don't understand why you right 98m/sec is squared?brOther than that it's a fantastic video!
Comment from : scott

Why didnt you say that ‘welcome to ilecture online’ at the beginning of the video? This is so sad for me and for my friend who are obsessed with your videos
Comment from : İlke Güler

I dont understamd why mgcosine is in adjucent
Comment from : Juan Tovar

I got catfishes :((
Comment from : Abdul Basit

I watched this video when I took physic and now I'm watching it again to review for the MCAT
Comment from : Phu Doan

My brother made me watch this
Comment from : jun liu

Sir,if mg is acting vertically downward, how can it have its x-component (horizontal component)?? Please answer
Comment from : Suhana Bista

Man you are awesome truly pretty intelligent
Comment from : Future UX

My questionbrSuppose a mass m is moving along a straight line with some initial velocity u it is uniformly accelerated to velocity v in the time to buy the application of constant in non zero force F the correct relationship between F,v,u and t can bebrbrPleased ans
Comment from : Roopa Jha

Excellent explanation
Comment from : Karim Selemani

Bravo
Comment from : Karim Selemani

Wow this isbr pretty simple it reinforces the concept really nicely! Thank you so much!
Comment from : Jainanan Ram

I thought my ear phones where broken the whole time
Comment from : im am Giuseppe

Why the flag is there?
Comment from : nn nn

For the parallel force, why its sine not tan ? we don't know the opposite and hypo of theta to choose sin !! could explain it to me?
Comment from : Fofo Ca

A 72 kilogram ball begins at rest and rolls down a frictionless inclined plane with the angle of elevation of 65 degrees The base of the inclined plane is 50 meters longbrbrA) how fast is the ball going when it reached the bottom of the inclined plane?brbrSo for this problem I can apply all the steps you just explained?
Comment from : Jessica Rocha

I came here thinking about swords, now I'm thinking about algebra and math Worst trade deal ever
Comment from : Robert Fernandez

Explained in plain English!
Comment from : bud ekins

i subed thanks man
Comment from : ITACHI UCHIHA

So the wedge doesn't move? please solve the problem when wedge also moves as the particle on top of the wedge starts move
Comment from : SubaSan

arent angles supposed to be measured from the positive x-axis
Comment from : GeeM

Why mgsinθ is not negative here?? I think it is negative
Comment from : Shakil Emon

I have the worst Physics teacher, but you made this so simple Thank you
Comment from : Christian Kevin Tobias

what if force is acting on a block
Comment from : abdullah faisal

Thank you for explaining why the angles were cosine and sine, respectively My physics class didn't explain that They mentioned how the angle was the same underneath the object as the angle of the incline, but they never went into detail about visualizing the triangle there I always just imagined the angle below the object opening up towards the x axis, making it a cosine and the angle of the incline pointing towards the y axis making it the sine Using triangles with those angles never "clicked" until I saw this video
Comment from : Meat Missile

God bless you micheal van biezen You clearly put so much effort into explaining everything and it helped me in an utterly important way Thank you very much and keep the good work
Comment from : Moode Anani

Thanks a lot for your effort and videos Dr Biezen You really helped me understand these problems and concepts
Comment from : Davis John

Thank you so much!!! I've been stuck on this topic for a solid month now but, you've saved me!!! :D
Comment from : piano123456789

I've been so lost in my physics class, but this made so much sense! Thank you so much!!!
Comment from : Hayden Mix

saved my butt, thank you!
Comment from : Aisha Farooque

rip if you only have headphones that work on the right side XD (like me)
Comment from : Rajatkamal Polisety

I didn't get why the angle between vertical component and the component angle between is 30
Comment from : Shekiba Latif

How is acceleration equals to mgsin(thita)
Comment from : Mridul Rathore

Hi Sir brIf a question were to ask for the 'force to just push the mass up the plane', how would you go about answering this?brThe question gives the mass and force to hold the mass from sliding downbrThanks
Comment from : Zaid Ahmed