Ordinarily the area of a triangle is 1/2 x base x height. Here though we are 'squaring' the wave. But you can't just do Vm^2 and draw a straight line from 0 to it. That's because every value along that line is being squared, so the hypotenuse line ends up parabolic not straight. We now have a triangle with parabolic hypotenuse. Area of a 'triangle' of this kind is 1/3 x base x height. Check out this link: www.quora.com/What-is-the-formula-for-a-parabola-area?share=1
That is not average value. You have found the absolute average value not the average value. Average value of thia signal is zero.
sir how u substitute values in finding of rms
how to calculate average power of triangular wave of contineous functiom
Sir period to two pie hai na triangular wave form ka phir rms ke formula me dinominator me period one pie kyu liya hai???????
Sir what's parabola law find the provide..
You find the area but you are not using not clear form what you did
What was the use of calculating the average value?
looking for this kind of video only thanks
Traingle symmetry kyu hoga
RMS value =square root of (square of (area ) /base Value)
But your not taking square for the area
I think he's taking the area of the (wave)^2
How to calculate I sqare 's avg
Nice
Avg value is zero
How area in 1/3
+1
Ordinarily the area of a triangle is 1/2 x base x height. Here though we are 'squaring' the wave. But you can't just do Vm^2 and draw a straight line from 0 to it. That's because every value along that line is being squared, so the hypotenuse line ends up parabolic not straight. We now have a triangle with parabolic hypotenuse.
Area of a 'triangle' of this kind is 1/3 x base x height.
Check out this link: www.quora.com/What-is-the-formula-for-a-parabola-area?share=1
@@jimenycricket8431 THANK YOU!! I really appreciate your illustration. Thanks again.
THANK YOU, I SEE!
Thank you
Hindi me padaa lete toh badhiyaa hotaa adhaaa toh sir k oupar se gyaa hai
Great explanation, thanks!
Achhe questions karoa sir
Useless. Just want likes and subscription. Thumbs down
Poorly done
bad!