Even and Odd Signals

[@triambakeshwar8766]

neso academy is helping many students pass their signals and systems course, all for free. Hats off to you!!

[@muhtasimarefin3740]

Sound quality should increase... For better performance of this video

[@ravinderkhola6336]

Sound please

[@pj27]

@@ravinderkhola6336 On pc use the Enhancer for YT extension... it has a sound boost feature along with others

[@shriganeshayenamah3422]

@@pj27 no, that is very bad... It will worse the speaker of laptop

[@Ryan-gm6ri]

This channel is saving my grade. Thank you for the quality content.

[@dineshnarasimmanm4889]

Really..... I am asking suggestion......

[@triambakeshwar8766]

@@dineshnarasimmanm4889 yes

[@mustafaalalusi2295]

Extremely helpful! thank you, Sir! It would be great if you have PDF Notes of your work!

[@vaibhavpancholi5281]

bhai tu jo bhi hai..... bahut badiya samjave.....

[@sunhee5444]

thank you so much sir !!!

[@shahidiqbalwani5714]

Sir the first eg u have shown in odd signals.. Nd the operation carried out.. Is it time reversal or amplitude revesal.. I cud nt get it.. Thought upon time reversal it wud be from upper side left to origin

[@kishanmishra1743]

it is amp rev and time reversal both

[@yyttommy2456]

very detailed, very thank you

[@mansourriaz6962]

Amazing stuff. You make it so easy to understand. Could you please tell what is the name of the software you're using ?

[@حضرميطموح]

شكرا جزيلا

[@prakashchandrajat9752]

so much better than other

[@harismasoom6634]

Thanks man you are blessing on us.

[@barsilgen120]

Thanks sir

[@akhtarkhan8002]

Thank you very much sir 🙏😊

[@paramsstudio2902]

Starting of the lecture are mostly related to graphical transformation of relation and functions of class 12

[@supriyakarri7171]

Sir...your lectures are aweeesoome...sir plzzzzzz upload videos on LINEAR INTEGRATED CIRCUITS AND OPERATIONAL AMPLIFIERS

[@infinity_big]

thank you

[@satyendrakumar-pi4bj]

Thank you sir :)

[@GauravGupta-pb8mk]

Thank you sir

[@tadiloalemu21]

I wanna say thank you much! Keep it up!! To suggest that, may you add clarification on your calculation part beyond you clear it some terms are new for someone who can not remember the previous background.

[@motivationalquotes3786]

U are great sir

[@pradeepgodavarthi8313]

pls upload soon sir .....causal and non causal etc ....

[@MilekAlatwi-nu9tn]

Your “تاج راسي"🙏🏻

[@sanketsaxena570]

sir plz upload more lectures

[@igrewold]

Thanx :]

[@shirshendhupanday97]

How at t=0, odd signal=0 !!? Like in case of rectangular hyperbola. Always odd signal doesn't mean that it will pass through origin. If I'm wrong, please clear my doubt.

[@sudipz-07]

What if a signal passes through origin but doesn't match it's other reflection or suppose any signal's wave is matched of the both sides but it doesn't passes through the origin, so in that case what will be the wave called?

[@rohithchinnu7085]

sir u r excellent please upload lectures on electro magnetics also

[@pranavraje8163]

u must have completed your whole engineering ??

[@rashJ14]

5:32 I think you accidentally perform amplitude reversal

[@rashJ14]

@@dhruvilmaniar6186 okay 😯 thank you

[@AyushMo]

It is not accidental. For an odd signal, x(-t) is - x(t), the - implies amplitude reversal.

[@jettiteja5805]

x(t) = -x(-t) ODD SIGNALS, x(-t) = - x(t)

[@psyco_vision7897]

u have very good teaching skills, keep it hidden

[@Barhom0_o]

hi awesome ppl anyone knows what is the program he uses to write and draw ??

[@rahulmehto6346]

forget priority order,stitch to basic and do transformation according with t variable,

[@susantpanigrahi1149]

I think the definition of odd signal is wrong. It should be x(-t) = -x(t); it is called anti-symmetry.

[@sonalisharma9659]

Sir how dc signal is an even signal, as in starting lecture you said that dc is not a signal.

[@Candy-Devil09]

Hey! Direct current is itself not a signal.But if we look at the output of a rectifier we say it is DC signal because the output is pulsating or varying with "ripples".So there are some DC quantities which can be called DC signals.I hope u understood!

[@sonalisharma9659]

Haa, thanku

[@sushantranjan9883]

Sir sound volume is very low.

[@rohit-kt1qq]

@Neso Academy how a signal symmetrical about the x axis can't be a even signal ???? Help

[@basheerbasha2752]

Hello sir.i have a dout in this video that is you have said that odd signal touches the origin but the second example youn said in even signal also touching the origin. Please explain

[@PoluBalaji]

For odd signals,the signal must pass through origin but it doesn't mean that for even signal the signal should not passs through origin.The even the signal may or may not pass through origin it's not a problem but for odd signals the signal should pass through origin.Condition is for only odd signals..👍👍👍

[@sankardey3302]

Sir, can you pls amplify the sound of the videos on signal and system

[@testcode9589]

Sir what about sin^2(t) its value is zero at t=0 but it is even function

[@ashokrai173]

what about the t=0 in odd signal

[@Tejas2508]

Sir for odd signal example the signal doesn't satisfy the odd signal condition

[@tulyagosetti6827]

At 5.35, the signal is undergoing folding operation ,so it has to be mirror image about y axis. But why is it folding about x axis also?...pls clarify

[@mohammedabusufiyan8934]

Tulya gopisetti he isn't performing folding there. He is stating the condition, i. e., x(-t) = - x(t). Plot the graph, you'll understand. Cheers!

[@tulyagosetti6827]

hakuna matata thank u...got u!

[@mohammedabusufiyan8934]

@@tulyagosetti6827 😁

[@shebinshaju7079]

I have also had this same doubt😮

[@niharamzan382]

Is every signal passing through the origin is odd?

[@naturelover_1055]

Not necessary. If X(t) = X^2 then it passes through origin but is still even.

[@sinusiby3238]

Sound is very low. Please enhance sound

[@muhammadsaqib4423]

Sir in cosωt and sinωt, what does ω represent?

[@EmManuel-xw4xp]

Muhammad Saqib it represents angular frequency

[@rupak378]

I dont get it how. Is x(t) = -x(-t) ???

[@m.devaashish7464]

Bruh clg lecturers Made presentation out of your video

[@venkataramanar7096]

why the avg and mean values should be zero in an odd signal?

[@venkataramanar7096]

Neso Academy Can I have the link please!! Thank you for your reply.

[@PoluBalaji]

Can u please say y.??

[@deadlygaming2867]

sir pls carry the loud voice it is so difficult to here .

[@sharafmakk2936]

The definition of odd is not accurate. Not every function that doesn't remain identical is odd, it has to be identical to itself multiplied by -1

[@supriyokumar8802]

Play at 1.25x speed😊. Thank me later👍. But I actually played it at 1.5x 😋.

[@sln7736]

Captain Sups_Xd try 2x

[@siu281]

Thank you Captain Obvious

[@ramtej1949]

Me 2x

[@supriyokumar8802]

You guys are smart 😅

[@MaryamMajeed-d1d]

plz speak loudly sir

[@ayushprajapati9486]

bro swore to ..to..to..(I will let his smooth voice finish) .. . . . . . not speak loudly

[@CP-qb2su]

Sir audio is so poor