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Great video! Must watch if you're not sure how to solve resultant vector using scale diagram
I've never learned physics, I only came here because I'm a fan of your dad, but I think I just caught on to what you're teaching here XD
Lol
Thankyou so much for this video.Really helpful!
thanks your my inspiration
THIS IS WHAT I WAS LOOKING FORR!! thank you so so so much!!!
You are welcome.
Thank you so much!!
Thank out , you are the reason I did decent
Thankyouuuuuuuu. 😭 I've been saved.
I’m glad you found it useful.
how about make a video that has a 3 vectors at different angle using scale Method.
Thank you so much I was about to give up
Glad you found it useful. You might find the ray diagram videos I made useful as well.
i did totally forget that we adjecent angles to 180 degree..... now i know.😊
Glad it was useful. I think the tip to rail method is easier - illustrated in this video: 1 Resultant force of two forces at right angles th-cam.com/video/JRsFx69UdDc/w-d-xo.html
where did you get 11 degrees from?
Yeah I didn't understand either
@@imnotev1084 he just measured it from the protracter from the origin, a flat horizontal line as shown in the figure above the drawing.
@@Dynoids the comment is 2 years ago but ok
@@amrradwan3887 I know, just commenting because why not. Maybe someone else comed across it, maybe not. No big deal
@@Dynoids is that the right way to measure it or not please reply asap i got an engineering exam tomorrow
Solve this question by graphical method
Thank you sir
Very helpful
Glad you found it useful.
How do I draw if resultant forces are the same
There is only 1 resultant force tho.....
he just measure the resultant force with a ruler? is that possible?
Yeah u just measure the resultant force line through the parallelogram with a ruler
It’s because he made a scale of 1cm = 50N so the resultant force will still have an answer in Newton’s
I don understand the last step...
You measure the length of the arrow you have drawn in cm and then multiply it by the scale to get the number of Newtons of the resultant force.
that's wrong the resultant force value is 484 not 515
WHYD we choose 110
In a parallelogram two adjacent interior angles add up to 180 degrees. 180-70=110. Hope that helps.
@@SimonPoliakoff yeah so you minus the other number by 180 ( int.angles) and then you get 110
Where's 180 come from?
why using 110
The two adjacent angles in a parallelogram must add up to 180 degrees.
@@SimonPoliakoff thank you 🙏
![fellow fellow - พรุ่งนี้ไม่มีใครรู้ feat. INK WARUNTORN [OFFICIAL MV]](http://i.ytimg.com/vi/QP6JyjYx_W0/mqdefault.jpg)
Great video! Must watch if you're not sure how to solve resultant vector using scale diagram
I've never learned physics, I only came here because I'm a fan of your dad, but I think I just caught on to what you're teaching here XD
Lol
Thankyou so much for this video.Really helpful!
thanks your my inspiration
THIS IS WHAT I WAS LOOKING FORR!! thank you so so so much!!!
You are welcome.
Thank you so much!!
Thank out , you are the reason I did decent
Thankyouuuuuuuu. 😭 I've been saved.
I’m glad you found it useful.
how about make a video that has a 3 vectors at different angle using scale Method.
Thank you so much I was about to give up
Glad you found it useful. You might find the ray diagram videos I made useful as well.
i did totally forget that we adjecent angles to 180 degree..... now i know.😊
Glad it was useful. I think the tip to rail method is easier - illustrated in this video: 1 Resultant force of two forces at right angles th-cam.com/video/JRsFx69UdDc/w-d-xo.html
where did you get 11 degrees from?
Yeah I didn't understand either
@@imnotev1084 he just measured it from the protracter from the origin, a flat horizontal line as shown in the figure above the drawing.
@@Dynoids the comment is 2 years ago but ok
@@amrradwan3887 I know, just commenting because why not. Maybe someone else comed across it, maybe not. No big deal
@@Dynoids is that the right way to measure it or not please reply asap i got an engineering exam tomorrow
Solve this question by graphical method
Thank you sir
Very helpful
Glad you found it useful.
How do I draw if resultant forces are the same
There is only 1 resultant force tho.....
he just measure the resultant force with a ruler? is that possible?
Yeah u just measure the resultant force line through the parallelogram with a ruler
It’s because he made a scale of 1cm = 50N so the resultant force will still have an answer in Newton’s
I don understand the last step...
You measure the length of the arrow you have drawn in cm and then multiply it by the scale to get the number of Newtons of the resultant force.
that's wrong the resultant force value is 484 not 515
WHYD we choose 110
In a parallelogram two adjacent interior angles add up to 180 degrees. 180-70=110. Hope that helps.
@@SimonPoliakoff yeah so you minus the other number by 180 ( int.angles) and then you get 110
Where's 180 come from?
why using 110
The two adjacent angles in a parallelogram must add up to 180 degrees.
@@SimonPoliakoff thank you 🙏