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I'm confused about it for almost 3hrs, and finally get it with in 3minutes watching your video! Really thanks
Same here ...😂
Easy and nice explanation
Thanks so so much sir . I just took 10 minutes to understandThanks so much
Sir thank you so much, you have exactly cleared my doubt !! 🙇
Short and simple 👍👍
sir more examples on integraton and differention types solve
Excellent Sir ..
Excellent sir ⚡⚡⚡....
thank you sir your are help full for my semster exam
Hi, at 7:30 shouldn't it be time-invariant since both y(t,t1) = x[-2(t-t1)] = y(t-t1) ?
X() for first we substitute -t1 inside x() but for second we substitute t-t1 inside x() by replacing t
Sir, A Small doubt at Example 8 how it is e^2x(t-t1)?
Sir which book are you following sir ? is it Openhiem book ?
Signals and systems by Anand Kumar, good for beginners
I'm confused about it for almost 3hrs, and finally get it with in 3minutes watching your video! Really thanks
Same here ...😂
Easy and nice explanation
Thanks so so much sir . I just took 10 minutes to understand
Thanks so much
Sir thank you so much, you have exactly cleared my doubt !! 🙇
Short and simple 👍👍
sir more examples on integraton and differention types solve
Excellent Sir ..
Excellent sir ⚡⚡⚡....
thank you sir your are help full for my semster exam
Hi, at 7:30 shouldn't it be time-invariant since both y(t,t1) = x[-2(t-t1)] = y(t-t1) ?
X() for first we substitute -t1 inside x() but for second we substitute t-t1 inside x() by replacing t
Sir, A Small doubt at Example 8 how it is e^2x(t-t1)?
Sir which book are you following sir ? is it Openhiem book ?
Signals and systems by Anand Kumar, good for beginners