I swear, you learn better from random people on RUclips than the actual teachers in school. Until now, I still couldn't wrap my head around constant and average acceleration.
Feel like professors and teacher follow the books given to you more often. i don't understand books on why they use words that most likely isn't in our vocabulary and the teachers/professors here on youtube explains things more like professionally and simpler Like Neil Tyson and Michio Kaku
This particular tutor is the most concise, articulate, and detailed tutor I have ever had the pleasure of learning from! Thank you SOOOOO MUCH!!! I am going through all of your lessons!! You are absolutely WONDERFUL!! :)
I always come back to this channel just because I don’t understand the way my teacher teach the lecture. Plus I understand Physics better online, I have been struggling since first day of school and even though the teacher explains again I jus can’t understand at all especially since I’m a A and B horror student. So thank you for posting this videos for us and helping us.
OMG! Thank you so much I've learn quite a lot though, this help me so much. Your teaching is easy to understand and it's organized I wish we have teacher like you.
You know you have to get the international teaching award ,every year,because you are the best ,if I go to the lecture hall and my professor is teaching and I don't understand I just come to your chance search for what I was taught ,if I find it I thank God first ,then I continue my studies from your channel ,you are the best among the rest,but if I don't then 😢😢😢😢😢😢, because wahala dey,Keep it up Sir
Thank you so much for this. I really dislike my Physics teacher and got a 60 on a summative lab because he barely explained. This helps me feel motivated to keep going in the class
Hi Josh! We have made a playlist of hundreds of worked out problems for students like you who want more practice problems! Here is the link: ruclips.net/p/PL_3h4GvKc6GAniH6iyxOqX35ZI-tGEChJ Cheers! 😀
Great explanation !! but I guess in min 9:29 it must be (0.5Km/hr.s) so we can get 0.138m/s^2 if we keep the same expression (s) will be simplified and we will get the acceleration in meters which is impossible
With the average velocity formula, does that still apply to velocity that's changing over time due to acceleration, provided you already have the displacement? By the way, the acceleration is constant in this instance. Probably seems like a stupid question but just want to make sure, since I'm pretty new to Physics and didn't get much of an education on it at school. Thanks.
I have a very important 2 questions for me:) 1. In space, there is a space shuttle that does't move. Mass of this shuttle is always constant. This space shuttle has a rocket engine which produce a constant force of 100N. When the engine is started and the ship has a constant thrust of 100N, when the ship starts to accelerate, will the acceleration be constant and remain constant (let's assume 10m / s), or maybe the acceleration will start to decrease as the speed increases? It is related to the rule Ek = 1 / 2mv ^ 2 ??? 2. Same space shuttle doesnt move. Shuttle start to accelerate from 0km/h to 10km/h in 5 seconds and it takes "X" energy for example. How much energy it will needed to accelerate also 10km/h more in also in 5 seconds when it allready have velocity of 100km/h ? Also "X" energy? Or much more "X" of energy? And why is that?
u are way way way way better than my physics teacher she is always reading fast and I and don't understand her but thanks to u I am starting to like physics I am totally subscribing
In question number 5, you convert first before solving. How to know when to convert first before solving and when to solve first before converting. I hope you could give the answer, thank you so much!
When you say (final position - original position) what values would you use? Distance relative to observer or distance between the two? If it’s the latter, I can’t see the difference between velocity and speed. I’m missing something here. Sorry.
Can someone pls help me? The question: A car travels at 60 km/h and accelerates up to x km/h in 20 minutes. If the acceleration of the car is 120km/h², calculate the value of x. My ans: vf= vo + at vf= 60 + 120(20) Vf= 60+ 2400 Vf= 2460 km/h Is it crrct? I feel like its weird- but if u dont think it is, pls do explanation too. Thank u very much!
can you give video with a word problem and solve it for instantaneous acceleration and one for interval acceleration? Im getting it a little but it always help when i see an example with numbers and not just variables. I absolutely cant fail this physics class.
Would you include units in your intermediary calculations rather than just doing the math. I realize you will achieve the same result, but you should verify that you are units correct in the middle of the equation
I don't get something. You said the acceleration must be constant, but the point of acceleration is unconstant velocity. So if the acceleration wouldn't be constant, like it goes 42 m/s² to 43m/s² and the 41m/s² and then 42m/s2, the equasion (which is bery simple) would be v1+v2. The changed velocity would be the stable velocities. Right?
Kinematics Formula Sheet: bit.ly/4dtD4Ti
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Full-Length Videos & Exams: www.patreon.com/MathScienceTutor/collections
I swear, you learn better from random people on RUclips than the actual teachers in school. Until now, I still couldn't wrap my head around constant and average acceleration.
true
no, just pay more attention in class
@@ggmod6394 Why you here then.
now that you’re grade 11 pls teach me this..😂
@@ggmod6394 blud first learn the concept of opinions and perspectives and then talk back
you teach more in 18 min than my professor does in an hour
Lol😂😂
Facts
H
Feel like professors and teacher follow the books given to you more often. i don't understand books on why they use words that most likely isn't in our vocabulary and the teachers/professors here on youtube explains things more like professionally and simpler Like Neil Tyson and Michio Kaku
You mean a week
This particular tutor is the most concise, articulate, and detailed tutor I have ever had the pleasure of learning from! Thank you SOOOOO MUCH!!! I am going through all of your lessons!! You are absolutely WONDERFUL!! :)
these videos are my saving grace. you have now gotten me through almost two years of college.
I should be paying you thousands of dollars Instead
@@laurenthomas7224 You can donate to his patron. Yeah colleges need to give a percentage of their earning to him xD
I don't even listen to our teacher anymore. I just go here lmao
honestly
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Same
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Congrats u completed
I pretty much gonna rely on you during my struggles on AP Physics...
trust me, better now than later - sincerely, a 24 year old taking the MCAT
ill be cheering!
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@@jlancepolk how was it?
You have taught me calc 1 and calc 2 and now you're the reason why I'm gonna pass my physics 40.
You deserve a raise big man
Total genius when you don't see the person you learn better thank God for you God bless you and your family
I always come back to this channel just because I don’t understand the way my teacher teach the lecture. Plus I understand Physics better online, I have been struggling since first day of school and even though the teacher explains again I jus can’t understand at all especially since I’m a A and B horror student. So thank you for posting this videos for us and helping us.
Your videos contribute a lot to finish my course successfully! God bless you abundantly!
my third year in high school physics and it’s only now i truly understand what acceleration is. thank you sm❤️
OMG! Thank you so much I've learn quite a lot though, this help me so much. Your teaching is easy to understand and it's organized I wish we have teacher like you.
yes! and it's free lesson
This guy teaches us straight up explains everything in short and is good at being a teacher doesn't lack one bit in being a teacher.
You know you have to get the international teaching award ,every year,because you are the best ,if I go to the lecture hall and my professor is teaching and I don't understand I just come to your chance search for what I was taught ,if I find it I thank God first ,then I continue my studies from your channel ,you are the best among the rest,but if I don't then 😢😢😢😢😢😢, because wahala dey,Keep it up Sir
thanks! i think i get it na. physics maghanda kanang hayup ka
What language are you even speaking my guy
@@jimhalpert9803 I think its urdu or hindi
@@jimhalpert9803 it's tagalog
@@jimhalpert9803 tagalog
@@naveensundar4765 its tagalog
I learn so much from you not from my teacher who can't explain the lesson well
I’m in elementary school watching this for no reason tbh and out of everything I’ve seen it explains the best so ye
For someone who has never had physics before thank you so much you made it so much easier to understand.
Thank you so much for this. I really dislike my Physics teacher and got a 60 on a summative lab because he barely explained. This helps me feel motivated to keep going in the class
Thanks! I'm dumb
same
Same
hahahahaha
same
Sana all
literally i come to you for maths & science. thanks so much for your work m8
We just have our online class session this morning and the discussion didn't even get in this part. Thanks for the knowledge!
Shot bruv....
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Your a better teacher than my nutcase of a physics teacher will ever be. Thanks for everything.
You made things so clear for me in 18minutes, Thank u
You've really helped my daughter learn. Thank you and keep doing you
Came from trig to physics and was very glad to see you taught that too. Thanks brother.
Thank you so much sir! You're saving my college days! :)
Thank you for your videos I’m able to survive physics in college because of you ❤️
Your Senpai wtf i’m doing this in HS right now as a freshman. I’m gonna fail :(
D don’t worry, do as many practice problems as possible. Acceleration is a topic that needs practice, you will do well ❤️❤️
collage?? im learning these in 9th grade 🥲🥲🥲🥲😭😭😭
@@bahargh7479 I’m 8th grade we have this,though we’re on KE and PE now
What? I am in 8th grade and have to learn about these...
God bless you so much... preparing for an exam and this really helped
This dude is a big help... God bless you mahn!
can u make part 2??
i understand it but i wanna learn more cuz the questions in my school are complex and stuffs
Hi Josh! We have made a playlist of hundreds of worked out problems for students like you who want more practice problems! Here is the link: ruclips.net/p/PL_3h4GvKc6GAniH6iyxOqX35ZI-tGEChJ Cheers! 😀
@@GlaserTutoring tysm you sir are doing god's work
you're making my math and science subject in my high school life alot easier.
"go ahead pause the video and take a minute to solve"
me solving it for like years now.
Lmao
The best tutor ever 😊❤
Thank you, you give better examples in your video than my school does in their videos.
Best tuitor I have ever come across with ! Thank you man
Great explanation !! but I guess in min 9:29 it must be (0.5Km/hr.s) so we can get 0.138m/s^2 if we keep the same expression (s) will be simplified and we will get the acceleration in meters which is impossible
Who has a physics final tomorrow?
🤦🏻♂️🙋🏻♂️😭 Me
EthanVlogsTV mine's tomorrow hah , hope u did okay
Mine is Tomorrow and I'm studying last minute lol
jhammy yalong I finished :) now I’m waiting for my score 🙌🏻🤩
My first Physics exam for this semester is Wednesday
@ZENITSU thanks im studying now lol
You are one of the best tutor I've seen
Thank you so much! You explained so well for everything.
This is much more helpful than my modules.
With the average velocity formula, does that still apply to velocity that's changing over time due to acceleration, provided you already have the displacement? By the way, the acceleration is constant in this instance. Probably seems like a stupid question but just want to make sure, since I'm pretty new to Physics and didn't get much of an education on it at school. Thanks.
The videos dont fade man very helpful
I love you !!! Sir your examples and explanations are crystal clear.
I finally get the equations now! Thankyou so much for the explanation.
what i like in this session is the problem solving after he finish to explain something ufff...
I have a very important 2 questions for me:)
1. In space, there is a space shuttle that does't move. Mass of this shuttle is always constant. This space shuttle has a rocket engine which produce a constant force of 100N. When the engine is started and the ship has a constant thrust of 100N, when the ship starts to accelerate, will the acceleration be constant and remain constant (let's assume 10m / s), or maybe the acceleration will start to decrease as the speed increases? It is related to the rule Ek = 1 / 2mv ^ 2 ???
2. Same space shuttle doesnt move. Shuttle start to accelerate from 0km/h to 10km/h in 5 seconds and it takes "X" energy for example. How much energy it will needed to accelerate also 10km/h more in also in 5 seconds when it allready have velocity of 100km/h ? Also "X" energy? Or much more "X" of energy? And why is that?
cause math
@@ayushshah2103 cause gay
@@hi-uu2ps no u
u are way way way way better than my physics teacher she is always reading fast and I and don't understand her but thanks to u I am starting to like physics I am totally subscribing
I can go on listening and learning because ur voice is soothing.
You made things so clear. Thank you!
I was expecting him to use units like Football fields per McDonald's cause those are some famous units Americans love to use
LMaaaooo
I'm so happy watching your videos because I can finally understand 💃🏻
Bro is wiser than wisdom 😮💨🤌
Thanks very much for this explanation. It helped me to understand the acceleration before exam
Thanks man this really helped me get a better grasp on it
Just how many times will this legend save my grade?
Buti pa to naintindihan ko😃
I PASS MY EXAMS BECAUSE OF YOU
My Physics book gave a very easy example having an easy equation, but the given problems are out from the book.
I was not a fan of online videos but this video just made me one
best tutor ever
thank you for teaching me, keep up the good work
Thank you, this really does help and I am hoping I do good on my physics test tmwr
Thanks for the explanatiin i have a science exam tomorrow so this helps!
thank you so much this helped me
I'm studying 3 days before an entrance exam, this is great
Great video! Thank you so much.
this was helpful
Cheers my man
Great vid
i understand this 10x more than what my actual physics professor teaches me
In question number 5, you convert first before solving. How to know when to convert first before solving and when to solve first before converting. I hope you could give the answer, thank you so much!
If anyone who knows how, please help me 😭
is okay if I coverted the units already and got 0.139m/s 2?
Thank you so much sir
I love you so much organic chemistry tutor
What should you do if the given time is at minutes? like 30 mins? Should I make it divided by 1800s?
Looking up videos the day of the test, wish me luck
When you say (final position - original position) what values would you use?
Distance relative to observer or distance between the two?
If it’s the latter, I can’t see the difference between velocity and speed.
I’m missing something here. Sorry.
What if time was not given instead the given was only the initial velocity, final velocity and distance? What should I do?
Can u make a video on deceleration in maths
Thank you❤
Thanks very much you helped me understand the concept easily
Can someone pls help me?
The question: A car travels at 60 km/h and accelerates up to x km/h in 20 minutes. If the acceleration of the car is 120km/h², calculate the value of x.
My ans:
vf= vo + at
vf= 60 + 120(20)
Vf= 60+ 2400
Vf= 2460 km/h
Is it crrct? I feel like its weird- but if u dont think it is, pls do explanation too. Thank u very much!
Thanks so much.
my number one man right here
man i think i owe you a kidney
can you give video with a word problem and solve it for instantaneous acceleration and one for interval acceleration? Im getting it a little but it always help when i see an example with numbers and not just variables. I absolutely cant fail this physics class.
you explained so well. ty
Would you include units in your intermediary calculations rather than just doing the math. I realize you will achieve the same result, but you should verify that you are units correct in the middle of the equation
This guy is a miracle worker
I don't get something. You said the acceleration must be constant, but the point of acceleration is unconstant velocity. So if the acceleration wouldn't be constant, like it goes 42 m/s² to 43m/s² and the 41m/s² and then 42m/s2, the equasion (which is bery simple) would be v1+v2. The changed velocity would be the stable velocities. Right?
Hi, this is Veronica. Is it necessary to say whether it accelerated in the opposite direction or whether it accelerated?
That was so helpful we appreciate it❤️
The is the best video. Iove it help me so much
Who else is here because of homework ?🤣
istg no kidding i learned more within 5 mins of this vid then i did in 2 classes
You the man bro
Thanks, I needed that.