Thank You So much

Most welcome 😊

Most welcome 😊

Glad it helped

Thank You so much..If you wish You can join my live practical classes. which college and university are you in?

No..it's 1kohm

Thank you! Will do!

You’re welcome 😊

Check out this link , may be it will also be required by You. kzbin.info/www/bejne/j5qne6J7gdqVj7c

Glad it was helpful!

Check out this link , may be it will also be required by You. kzbin.info/www/bejne/j5qne6J7gdqVj7c

@@VICTORIAPHYSICS GNU plot was in sem 1, now I'm in sem 3 in CU.

@@RDXINacc okay.. if You require any help for your third sem programs You can write me.

@@RDXINacc which College U study.?

Thank You too.. Check out this link , may be it will also be required by You. kzbin.info/www/bejne/j5qne6J7gdqVj7c

Yes.

Thanks Biswajit for your wonderful comment..Well As you can see in the description below My video, it is as per the syllabus of the University of Calcutta, CBCS system. You can check the content and match it with sem wise syllabus.. whatever program you get stuck you can write me..I will be happy to help You solve it with my limited knowledge 🙂..

@@VICTORIAPHYSICS thank you ma'am, I am from sem 4, there are many of codes in our syllabus & our books like Abhijit Kar Gupta are not sufficient for that codes,if you drop your any contact or email then I talk to you about that problems ma'am.Thanks for replying ma'am 😊

@@biswajitpaul6567 All my contact details are provided in the channel itself..and also in my Website.. link sites.google.com/view/victoriaphysics/home Kindly share the youtube link of my channel with other students so that your friends and others get benefitted too..

@@VICTORIAPHYSICS thank you so much ma'am 😊

Thanks Biswajit..well in which college You study??

@@VICTORIAPHYSICS Ma'am I am from surendranath college, Calcutta University, Apni kon college e poran ma'am?

I am happy to know it helped You..🙂

Thank You so much.. Your feedback is valuable to me.. You too take care 🙂

wah bhai wah

You can purchase from Lab equipments Distributors.

Thanks

Thank You so much for Your valuable comment..well I have taken a NAND IC here and performed the circuit

I will try to keep your request and make a lecture video on T- flipflop..

There are many ways to find transfer functions depending on the requirement. For Control system transfer function You have to import control. The Scipy.signal contains signal processing functions.

@@VICTORIAPHYSICS Thank so much Victoria!.

If you are using spyder, then go to the console setting and set the widows, and then You will be able to see the variable windowand check the values of the variables you have considered.

I have used a Nand Ic to perform the experiment and as You might be knowing Q in the truth table denotes the position of the next state. In my circuit, the next state is shown with the help of a white Led connected from pin 3. when I performed J= 0 and J= 1 condition, my Q i.e white Led which was glowing got off denoting Reset condition and hence red led got on denoting the bar condition. Now when I perfomed J= 1 and K=1 condition The position of Q that represents next state should show toggling by getting on and off on application of clock pulse . As a result, when clock pulse was applied Q got on and with subsequent clock pulse it got on and off, and that I haven't shown here.. I just recorded a video for 4 pulses ..once you repeat the pulses You can see the changes of the retained previous states in both the LEDs. I hope when you perform the experiment in the lab using this circuit then you can understand more clearly.

​@@VICTORIAPHYSICSMam toggle should be shown else what is use of jk, use SR.

Thank You so much Sir.. Contact me via my email and I would be glad to help Your students..

I have used a Nand Ic to perform the experiment and as You might be knowing Q in the truth table denotes the position of the next state. In my circuit, the next state is shown with the help of a white Led connected from pin 3. when I performed J= 0 and J= 1 condition, my Q i.e white Led which was glowing got off denoting Reset condition and hence red led got on denoting the bar condition. Now when I perfomed J= 1 and K=1 condition The position of Q that represents next state should show toggling by getting on and off on application of clock pulse . As a result, when clock pulse was applied Q got on and with subsequent clock pulse it got on and off, and that I haven't shown here.. I just recorded a video for 4 pulses ..once you repeat the pulses You can see the changes of the retained previous states in both the LEDs. I hope when you perform the experiment in the lab using this circuit then you can understand more clearly.

Thankss... I am really happy to know that my teachings have helped You to understand curve fitting with scipy..Please share the link with other students so that they can also benefit from it.

Glad it was helpful!

I have considered 1K ohm resistance here..

import numpy as np import matplotlib.pyplot as plot # Get x values of the sine wave time = np.arange(0, 10, 0.1); # Amplitude of the sine wave is sine of a variable like time amplitude = np.sin(time) # Plot a sine wave using time and amplitude obtained for the sine wave plot.plot(time, amplitude) # Give a title for the sine wave plot plot.title('Sine wave') # Give x axis label for the sine wave plot plot.xlabel('Time') # Give y axis label for the sine wave plot plot.ylabel('Amplitude = sin(time)') plot.grid(True, which='both') plot.axhline(y=0, color='k') plot.show() # Display the sine wave plot.show()

Please Check Your email for answer. Thank You.

In the Python Scipy module we have scipy.special. Several unique functions of mathematical physics is the major part of the scipy.special module. Elliptic, Airy, vessel, beta, hypergeometric, Mathieu, parabolic cylinder, kelvin, Struve, gamma, and spheroidal wave are some of the available functions. Like hermite legendre bessel is also included in scipy.special . So by simply calling the scipy.special module as s we can do bessel calculation. we could have also written import numpy as np import matplotlib.pyplot as plt from scipy.special import jv , yn . Here You know jv and yn are bessel functions of first and second kind. So python is clever enough to understand that you are trying to perform bessel function in which ever way you address it.

yes..the two inputs are connected via a NOT gate ..

Thank You too..

Initially in the video the equation that is solved (done in another class video) is a + bx + cx^2 and then an exponential function is solved, i.e. ae^(-bx^2)

Welcome..

Hi Sivay, lw means line width..we control line width with numbers . You can vary the number and see the nature of output .. if you take a bigger number then the thickness of the line will increase, it becomes thicker.

@@VICTORIAPHYSICS thank you ma'am

Thanks 🤗

Glad you like it