Was on the verge of crying because I didn't know how to solve this because I couldn't understand what my teacher was saying (online class) but I'm glad I found this video. Thank you so much!
My first youtube comment ever ( been on youtube for many years). This video helped so much more than any other videos. I consider my self pretty smart, but every once in awhile a problem gives me an issue because I overlook something minor. (negative signs). Your video helped me understand vectors much deeper than and of my physics books. Thank you kind sir.
I went looking for tutoring from different channels, you are by far the best tutor. thank you for explaining all of the problem and the different forms of solving as well.
This is an excellent or outstanding video. Even I was stuck at this for a very long time. I searched internet for a very long time but now it is more than crystal clear 🔮. Thank you sir.
Out of the 7 videos I watched about addition of vectors, this is the most helpful one. And oh, out of the 7 this is also the oldest video. Now I understand adding vectors fully. I'll be taking an exam tomorrow. This was very helpful so thank you thank you
Thank you for your feedback. Its hard to believe that a simple video I made for my students 11 years ago has been so helpful for thousands of physics students like yourself. I've been retired for 3 years now but still enjoy hearing from you all.
Your explantion about finding the resultant of three of more vectors is very clear. You helped me to solve a problem about resolution of vectors in my assignment. Thank you so much for your help !!!! : )
Really helpful sir, thank you My concept is now fully clear Also one more trick I observed If angle θ made between vector (suppose of magnitude 5) and x-axis then we assign 5cosθ component to the x axis and y axis then get 5sinθ component If angle θ is made between vector(suppose of magnitude 5) and y axis then y axis is assigned the 5cosθ component and x axis gets the 5sinθ component This is helpful trick as it saves time in assigning components
How would you find the uncertainty of the resultant vector? (Q: 1200 m N, 2000 m E, 500 m SW; A: resultant vector is (1850 ± 50) m at angle of N (60 ± 5) °E from scale starting point.)
A bump car moves 5m to the east before moving 7m at an angle of 60° north od west. It then followed another track 10 m heading to 25° south of west. What is the displacement of the bump car?
The 3 movements of the car represent 3 vectors. Draw them individually from the origin, on the X-Y axis, then follow the video starting at 5:30. Vector 1 on the +X axis out to 5. Vector 2 extends into quadrant 2 (N of W), 60 deg above the -X axis 7 units. Vector 3 extends into quadrant 3 (S of W), 25 deg below the -X axis, 10 units. The rest is on you. :)
Hey I have a problem I have to work out the angle of a resultant and it says it must be "clockwise from the positive side of the x-axis". How do I do this?
All vectors are typically drawn acting 'away' from the the object (in my physics world). If vector B was acting "towards' the center, it would be drawn exactly opposite of my B vector, extending into quadrant 1.
good not bad butt this is d basic method wid simple questions.......now a days we wont get these much simple nd direct Q especially in neet...... it would b too gud if u explain taking complicated nd twisted prblms thanks for ur explanation
Arian Bernadette Concha The +X axis is East and the +Y axis is North, so in this case the resultant is North of East. In other words, you begin on the +X axis and move North. If you’re not sure, you could always state “29.5 degrees above the +X axis” like I show in the video . You’re instructor may have a preferred method for you to use.
Was on the verge of crying because I didn't know how to solve this because I couldn't understand what my teacher was saying (online class) but I'm glad I found this video. Thank you so much!
@Luke Posner nah
I feel you, man or woman.
nerd
Been trying to wrap my head around this for two days - this video explained it the most succinctly thus far. Thank you!
My first youtube comment ever ( been on youtube for many years). This video helped so much more than any other videos. I consider my self pretty smart, but every once in awhile a problem gives me an issue because I overlook something minor. (negative signs). Your video helped me understand vectors much deeper than and of my physics books. Thank you kind sir.
JaysonSmith2010 how's your life now man?
@@haveyouseenthisman1676 yeah, ask him
@@haveyouseenthisman1676 hows your life now?
@@unitedyash1814 so - so! Just trying to learn more ig
@@haveyouseenthisman1676 damn, you actually replied, are you done high school now?
I like your teaching method slow but understandable which is go. Thank you, helped a lot for next class test. Just the perfect guide
I never tought a 10 years old video could be this useful
Its a timeless classic!
You taught me in 8 min what I couldn't learn in 2 hrs of physics classes. Thank you!
I went looking for tutoring from different channels, you are by far the best tutor. thank you for explaining all of the problem and the different forms of solving as well.
Are you still alive?
This is an excellent or outstanding video. Even I was stuck at this for a very long time. I searched internet for a very long time but now it is more than crystal clear 🔮. Thank you sir.
I think the teachers should watch these videos. I must admit that as a teacher, I am learning a lot from other teachers online. Good presentation sir.
Hi , Can you help me how did it become 29.5°? I couldn't understand it
thank you so much for this! so clearly explained for those of us struggling to understand the concept of adding vectors
Thank you, still relevant in 2021
Thanks... physics doesn't change much....but I retired last year.
this just shows how easy vectors are, but of course we have profs who does not want to properly discuss and explain it in simple terms. Thanks!
Out of the 7 videos I watched about addition of vectors, this is the most helpful one. And oh, out of the 7 this is also the oldest video. Now I understand adding vectors fully. I'll be taking an exam tomorrow. This was very helpful so thank you thank you
Thank you for your feedback. Its hard to believe that a simple video I made for my students 11 years ago has been so helpful for thousands of physics students like yourself. I've been retired for 3 years now but still enjoy hearing from you all.
Very good explanation, possibly the best one I've ever seen on RUclips even though I haven't seen too many hahaha
ruclips.net/video/1jSXsaWpWH8/видео.html
Best video on resolution of vectors. Top class teaching. Thank you.
your much better than my professor i really love the way you discusss all of those.
THE detail is now process in my brain.
You saved me!!
I have no problem in solving 2 vectors but when it comes to 3 or more.... Now I understand. TQVM!
THANK YOU SIR YOU HAVE SAVED ME SO MUCH TROUBLE ROIGHT NOW GOOD VIDEO all capps worthy
ruclips.net/video/1jSXsaWpWH8/видео.html
Thank you for making this video. U saved me from failing my test .thank you
Ok you have no idea how grateful I am for this. Thank youuu.
I like your teaching method slow but understandable which is good and keep on doing a lot of videos.THANKS
Your explantion about finding the resultant of three of more vectors is very clear. You helped me to solve a problem about resolution of vectors in my assignment. Thank you so much for your help !!!! : )
That's unbelievable idk how i magically understand everything now
Everything makes sense now. Thank you omg i was so confused! why dont highschool teachers teach it like this??
cuz u dont listen
Cause you are attention deficit
@@brucejohnson5786 exactly
Extremely helpful, needed to refresh myself and revise for my finals and you really helped me a lot with this video.
THANK YOU :-)
Did you pass your final?
@@jordansparks6481 i think so, its been so long I dont even remember doing this :L
in the way you cleared this concept was amazing i can never forget now thank you so much for making vector addition of multiple vectors easier for me
This was great. My teacher is really lazy and didn't bother to teach us this even though it's on the test tomorrow. Thanks!
what an amazing teacher your are! You are making a difference in people's life. keep doing what you are doing. Thanks
GREAT VIDEO - VERY SIMPLE AND EASY TO UNDERSTAND
Very nice diagram and explanation. This was very helpful, thank you.
This is the most helpful video I found so far
i tired moving the vectors on my question papers but it not working :(
live life to the fullest
Have you tried restarting it? That usually works.
You just missed some angles.
nice explaining
After 4 yrs I hope ur ok
Better explanation than any paid physics teacher I've seen
Thank you so much! This helped, as my teacher didn’t explain this.
Makes my life easier.. very clear step by step explanation. thanks :)
This is the only video where I found the correct answer of that question t
.....thanx a lot
Really helpful sir, thank you
My concept is now fully clear
Also one more trick I observed
If angle θ made between vector (suppose of magnitude 5) and x-axis then we assign 5cosθ component to the x axis and y axis then get 5sinθ component
If angle θ is made between vector(suppose of magnitude 5) and y axis then y axis is assigned the 5cosθ component and x axis gets the 5sinθ component
This is helpful trick as it saves time in assigning components
The graphical analysis is particularly clear on this one.
Thank you much 🖤
This is the most easiest method to understand
Thaaaaaaaank you
It’s 2024 nd a 13y old video is still useful
I guess physics hasn't changed much. haha Just play it at 1.5+ though, I've retired since then, too.🤪
it really helped clearing everything up, can't thank you enough!
I think that you did an incredible job thank you very much
Great content and well explained lecture ! Keep up the great work !!
To be honest, I didn't watch the whole video, just the 9:20 part and I realised what I had to do. Thank you very much!
You have no idea how much this helped me. Thank you! ^.^
I've been looking up how much of a refund I could get from dropping college physics. This explains so much better than my teacher.
Bless your soul man, thank you
This is GOLD, thanks for explaining this
Thank you! You explained it very clearly.
NICE VIDEOOO HELP ME ALOT THANKS YOUUUU
if only you were my professor in college..wouldn't have to look up for such videos in the first place x)
thank you for this.....so clear and easy to understand :)
So helpful, my teacher wasn’t just saying trash
Thanks this video was really helpful. I now understand 😊
Could you also make a video on how to calculate the magnitude and directon of resultant when there are 3 dimensions involved?
I am very thankful to you and I owe you this!!!
I think I am leaving school and saving money these youtube teachers waayyyyyyyyy better than school teachers
Wow just the study aid I needed! thanks!
Seriously the best. Thank you!
UUUHG THANK YOOOUUUU!!!! ripping my hair out over here, finally making a dent on my hw
You guys are awesome,am so much grateful.
Nice video. Finally, I am enlightened 😀
You sir, just saved my life. Thank you very much. :)
A true hero
Really good material. Very helpful video! Thank you.
i don't know how i can thank you!!! appreciate it.
Omg i need you as my physics teacher!!!
Best explanation ever!!!
Thanks for the video, but is there one more way of solving this question analytically ?
thanks a lot for this video it has been helping me a lot.
How would you find the uncertainty of the resultant vector?
(Q: 1200 m N, 2000 m E, 500 m SW; A: resultant vector is (1850 ± 50) m at angle of N (60 ± 5) °E from scale starting point.)
Thanks. You explained it really well.
Great science. Hope I can feature it too.
Thank you so much loved the way you explained it!!!
Wow, I wish I found that at the beggining of the year :P
Sooo helpful! Thank you for the awesome video!
I think the first method is the easiest, thank you for the video!
This is clear, but can you show me using this method how to do two vectors in 3d Space?
Thank you
Awesome Explanation!!!!
everything was well explained, thank you
This just made my day
A bump car moves 5m to the east before moving 7m at an angle of 60° north od west. It then followed another track 10 m heading to 25° south of west. What is the displacement of the bump car?
The 3 movements of the car represent 3 vectors. Draw them individually from the origin, on the X-Y axis, then follow the video starting at 5:30. Vector 1 on the +X axis out to 5. Vector 2 extends into quadrant 2 (N of W), 60 deg above the -X axis 7 units. Vector 3 extends into quadrant 3 (S of W), 25 deg below the -X axis, 10 units. The rest is on you. :)
Hey I have a problem I have to work out the angle of a resultant and it says it must be "clockwise from the positive side of the x-axis". How do I do this?
You are a life saver
This is so helpful! Thank you so much!!
thank you very much!! i was looking for a video tutorial that I can clearly understand the talking voice of the narrator. many eat their words.
thank you so much!!
but quick question, can a resultant be negative?
The way I’ve taught it, no. Look at the equation, the resultant will be positive.
Perfectly-explained!
Sir what if the B arrow is acting towards the centre instead of away from the centre? What would be the vector components?
All vectors are typically drawn acting 'away' from the the object (in my physics world). If vector B was acting "towards' the center, it would be drawn exactly opposite of my B vector, extending into quadrant 1.
superb bro
you made it easy for me.Thanks
This helped soooo much, thank you sir!!!
Thank you so much, I really appreciate what you have done
This is really a great video.
This was so helpful, thanks! :)
good not bad butt this is d basic method wid simple questions.......now a days we wont get these much simple nd direct Q especially in neet...... it would b too gud if u explain taking complicated nd twisted prblms thanks for ur explanation
I want to ask how do you find which direction of the resultant vector if it was north of east or east of north or whatsoever?
Arian Bernadette Concha The +X axis is East and the +Y axis is North, so in this case the resultant is North of East. In other words, you begin on the +X axis and move North. If you’re not sure, you could always state “29.5 degrees above the +X axis” like I show in the video . You’re instructor may have a preferred method for you to use.
Excellent class, sir
Can never get enough of physics lol
How did you get the angle of 29.5deg.I know the steps but when I input it on my calculator I get a really small value
make sure you are using the calculator correctly?
I had to go to the mode of the calculator and choose degrees which is why I was off
thank you very much I found this extremely helpful.
ruclips.net/video/1jSXsaWpWH8/видео.html