Rise Time

[@TutorialsPoint_]

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[@shotta87r]

can you do a video for rise time,peak time etc for the other cases like overdamped, critically damped please

[@ravitejaponnuri6734]

What should we consider for π (180 or 3.14)? Pls clarify.

[@abhishekkamboj9524]

pi here is angle measurement in sinusiodal fuction so we take pi=180degrees

[@dhruvajadhav6824]

180 degre

[@King-Professional]

Pi can be taken as 180 degree or 3.14 radian. Depends on angle unit.

[@gudiharish6584]

Superb Mam I understood clearly

[@leodevanand9546]

Dheivame.......

[@mangeshkasyap9914]

Mam where is delay time?

[@BipinKumar-zg9de]

Please see the formula of c(t) ,at one place you have written t while another place you have written tr. Is it correct?

[@abhishekkamboj9524]

ya it should have been t in sin function initially as it is the formula but as we calculating rise time we will substitute t by tr as she did in the video

[@saiteja2041]

In all of ur videos missing ones are dc and ac servo motors please add them

[@kalyanimallidi5]

Madam...sine value is zero for every multiple of pie. But why did u consider only pie ? Can't we take it as n×pie ?? Please clarify it mam

[@magicianssciencelabandindu606]

Thanks 😊

[@harithavelisetti7547]

Delay time exploan cheyaledhu enti mam

[@AquaLifebygauravkumar]

maam how to find rise time for cricitally damp and over dam

[@faheemuddinshaik7280]

i request you that, after giving lecture at the end of video please stand corner side so we can take clear screen shot of the board that may help us for referring

[@maria-js6sl]

Thanks i liké tout vedeo it is very very intresting

[@GARLAPATISUMANTHSARMAA]

please upload ElECTRONIC CIRCUITS ANALYSIS COURSE

[@shivaniverma730]

why only in underdamped system?

[@dhruvajadhav6824]

Its Zeta. Please be clear with the terms. It is really hard to understand otherwise.

[@bituphukon6954]

Mam why you consider only π not use nπ

[@abhishekkamboj9524]

in the function of c(t) there is a sine function which is a wave form. So when we draw the graph of c(tr) the graph will cross 1 multiple times. the graph starts from 0 so 100% value would be 1 and time taken to reach 1 will be the time graph took to pass 1 for the first time is tr. at other n pi the graph will cross 1 again and again but that won't be rise time

[@nikhilsahu9039]

mam please tell significance

[@Lifescape-l]

what do you call zeta here? whats variable name is this?

[@ishaan7328]

It is damping factor or damping ratio

[@froopi2]

How was phi calculated at 5:06?

[@anandasau903]

Thank you madam

[@rkyadav1366]

TQ madam

[@moialamahesh1548]

Thank you mam

[@thabothabo9493]

may you upload videos on harmonics if can, please!

[@Amnk8809]

Thankyou mam

[@arindammaity6451]

I think φ will be tan^-1(2*(√(1-ξ²)/ξ)) ...

[@froopi2]

Can you tell me how it was calculated in the video? I mean .. tan kahaan se aaya?

[@Playerone1287]

@@froopi2 you still have doubt after 2 years?

[@Playerone1287]

@@froopi2 you should watch previous videos of ma'am where she derived this response equation for underdamped system Waise bhi t=0 pr C(t) zero aana chahiye graph me bhi zero ha na isiliye To waha se sin(φ) ki value aa jayegi aur fir we can find tanphi

[@froopi2]

@@Playerone1287 I've graduated college and will never need this in my life. Thanks though 👍

[@Playerone1287]

@@froopi2 lmao Non tech job mili??

[@KnowHow72]

Rise Time, Peak Time, Settling Time & Overshoot in 7 MINUTES! kzbin.info/www/bejne/bZCznIePmsqsbMU

[@alemnehamare8377]

what about delay time proven formula

[@ajayrangishetti5515]

Keep videos short and simple