personal notes: 1:35 The given signal is x(t). To reverse it or get x(2-t), first shift the signal by adding the desired number for reversal x(t+2), after shifting it then you can reverse (2-t) (note that negative sign was added to tn ot to all variables or terms (means not including constant 2) it's just a symbol for reversal.
x(t)delta(t-1) is just a delta function (upward line) shifted to point -1 on the x axis, scaled (height of which) is the value of the function x(t) at t = -1 (so value at x(-1)). So yes simply multiply (meaning scale)
Thank you so much sir and plzz explain remaining questions as possible related S&S
Waah bete waah...tum to bade heavy driver ho😂😂
great concept... but .. waiting for your new video sir....
Great explanation sir....
Thanks for liking
In this figure I want even and odd part of x(t)
Hi. This is solved for you.
th-cam.com/video/RDmxJHZdCUU/w-d-xo.html
@@EnggClasses thank you so much sir ❤️
For u(-n-1) also the same precidency rule or is it opposite
Same rule. First shift to the right to 1 and then reflect.
sir in x(t)-x(t+2) it should start from -1 to 3 on y axis right!?
i think so as well
brilliant
personal notes: 1:35 The given signal is x(t). To reverse it or get x(2-t), first shift the signal by adding the desired number for reversal x(t+2), after shifting it then you can reverse (2-t) (note that negative sign was added to tn ot to all variables or terms (means not including constant 2) it's just a symbol for reversal.
Thank you sir🙏
Most welcome.
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thank you a very useful video
If I have delta(t-1) instead of your last signal which you have u(t-1) multiply?
x(t)delta(t-1) is just a delta function (upward line) shifted to point -1 on the x axis, scaled (height of which) is the value of the function x(t) at t = -1 (so value at x(-1)). So yes simply multiply (meaning scale)
Sir, x(2-t)=-x(t-2) this is equal or not...?
No, they are not equal
Wrong ryt
x(2-t) = x(-t+2)
Waiting for model question paper sir 🙂
Already started uploading. Keep watching.
th-cam.com/play/PLhz0bJzIOgVtXFY-41rl4GwEcHmIN0PS2.html
감사합니다!!
can you please tell us your reference?
Please put some videos on DSP (Filters, etc..,)
Fantastic
I have doubts about this
What's your doubt?