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Thank you sir your explanation is very clear

Thank you

Thank you.

Finally, a worthy video❤

Really helpful

greetings from Istanbul, thank you for your clear explanation

Hlo But,how did you do this 😎

Hello, thank you for sharing your lectures! What whiteboard software do you use? Disappearing red pencil is very helpful function. I would like to use it in my recordings.

Hi, thanks for the video. How can i contact u directly for further enquiries?

How is it 34.9? Shouldn't the answer be 10.5 kbps?

If T1&T2 values obtained as 3 and 4 then it's fundamental frequency becomes T1/T2=3/4 means f=4/3 is it correct

Yes sir if T1and T2 values are 3&4 then how to find frequency

Thank you so much Prof.Waleed, I have a question related to how much is the value receiver sensitivity at mobile end-user regarding this standard Wi-Fi (IEEE 802.11 n)?

Very nicely explained .. thank u it's helped me a lot to understand ❤

hi, how can I contact you?

Thank you 😊

Wow is this a final year project for students?

The impulse response of a discrete-time system is the system's output when the input is a unit step sequence. True False

Select all the correct answers. The output of a first order system is y(t) = e^-4t The time constant of the system is 4 sec. The time constant of the system is 0.368 sec. ✔After two time constant the output of the system would have decayed to 13.53% of its initial value. ✔The time constant of the system is 0.25 sec. ☐ After two time constants the output would have decayed by 13.53%.

The transfer function of the system described by 2x"+x'-x=5u'+u is

Consider an at rest linear system described by y"+25y=2sint+5cos 5t The response of this system will be Decaying oscillations in time. Oscillatory in time. Growing oscillations in time: None of the above.

Thank you

where did you go to college

your math has flaws

i need to talk

Professor, I am studying FM modulation and wondering if you could help me to solve this question: "Considering that the modulating signal band of a Brazilian commercial FM radio is 15 kHz, calculate, using Carson's Rule, the modulation index used by this radio". Kind regards!

croissant

it's pretty straightforward

Thank you for this explanations. So what happens if m is between 0 and 1?

many thanks prof :)

how is that equal to 0.2

Thanks!

What if x(t) given is equal to 1?

Promo-SM 💖

Hi Dr. Waleed, this video has no sounds

amazing explanation !

Was asked to take minutes of meeting yesterday I wish I had started here😢 Can you send the agenda via email a day before to the people attending the meeting or it should be presented only when at meeting

السلام عليكم ورحمة الله وبركاته عندي كم سؤال انفيرس فوريرير ترانسفورم ممكن تحلها عندي امتحان ماستر

No one explains Fourier Transforms as simply as you, thank you !

thank youuuuu

ليش 2pi

شكراً دكتور

Great

Great video, thank you for making it

Thank you for your help.

Hey i wanted to thank you so much for this video and the one about the diract delta function. My god I’ve been struggling trying to understand why or how they were getting these different answers and now it makes sense. I finally went back to grad school and it’s been 6 years since I did undergrad so I’m so rusty and forgot about many calc rules and sifting property etc. You’re amazing thank you 🙏

Great explanation sir. Thank you.

Excellent explanation sir.

this video is pure gold, im a science material student

how would you convert the output y(t) to a laplace form Y(s)?