How to smooth a plot in origin

[@MuhammadIsmail-sp6uj]

very interesting command in Origin was explained sir; thanks for explaining the basic things need for a researcher to be independent in plotting graphs. Well explained! keep it up sir.

[@SAYPhysics]

Thanks for the appreciation Ismail.

[@arsalanadil14912]

this video is undoubtedly the most effective

[@SAYPhysics]

Thanks 🙂

[@shahnawaz8650]

I Understand it very easily. Thank you Sir

[@SAYPhysics]

You’re welcome.

[@jaxiryshamarabarrosomartin2699]

Thank you for sharing this information that has been very helpful to me.

[@SAYPhysics]

You’re welcome dear

[@numanahmed9300]

Thank you so much sir. Jazak Allah😃

[@SAYPhysics]

All the best

[@poco5789]

Thank you your explanation very good! Now, i can use smooth skill

[@SAYPhysics]

Thanks for the appreciation dear....

[@atailsonoliveiradasilva8850]

Thanks, I managed to remove the noises from an absorbance spectrum.

[@SAYPhysics]

Good to know dear. Thanks

[@maximebouschet2116]

Thank you very for your video sir. It was well explained.

[@SAYPhysics]

Thanks for the appreciation

[@dr-waelmohamed427]

Very interesting, thank you very much. Kindly, show for us how to sort the plots in detail.

[@SAYPhysics]

Thanks for the appreciation. In the playlist of OriginLab (kzbin.info/aero/PLeWSImvDbpleVJEkXIwSkWpRiA0_sX42z) there are many such videos. Thanks

[@bessembouteldja4]

thanks, that was very useful

[@SAYPhysics]

Thanks for the appreciation dear 😊

[@ahmadzaki311]

Greetings. This is useful, thank you so much. May I know how to obtain the chi sqr for the smoothed one?

[@SAYPhysics]

Thanks for the appreciation dear. When smoothening is done, data tab is generated. Inside the data tab, the required information is provided. Thanks

[@TE-hl5jk]

6:24, you have some forbidden transitions :).

[@SAYPhysics]

Just to show how to smooth data....an example... :)

[@SohailAhmad-xo1ee]

please make a vlog that how to shift to the right or lift one graph in many graphs in origin

[@SAYPhysics]

It’s already in the videos of horizontal and vertical translations. First ungroup plots, select a plot, go to horizontal translation and translate it as desired. Thanks

[@abhaydeepika1868]

Sir, first waala plot remove kaise hoga isme se... So that we can consider only smoothen plot

[@SAYPhysics]

There are two ways to do it. One is to go to the data sheet, where after performing the smoothing, it would have generated another column, and replot that column data alone. Another way is to double click in the empty space inside figure, a menu will be prompted where you may uncheck the plots you don't wish to be visible. Thanks

[@hashtagpeace]

very helpful

[@SAYPhysics]

Thanks dear

[@usernametaken2064]

Thanks!

[@SAYPhysics]

Welcome

[@vanithav2809]

Sir how can we find the transitions for particular wavelength ? Is there any calculations apart from literature survey? Kindly reply me.

[@SAYPhysics]

To be honest Vanitha, I'm not getting your question. One way is, you elaborate your question so that I can find in my videos a suitable one for you. Another way is, you go through the following playlist nd find the one of your interest. Thanks kzbin.info/aero/PLeWSImvDbpleVJEkXIwSkWpRiA0_sX42z

[@Ubaid_Dar.]

How to find these transitions , kindly refer something that can help me out

[@SAYPhysics]

Transitions are usually found in literature in energy band diagram. Thanks

[@Ubaid_Dar.]

Thanks for your immediate response

[@SAYPhysics]

You're welcome dear

[@soojingyuan]

how to change the name of the smooth line?

[@SAYPhysics]

There two ways to do it. Either you change the column comment or right click the legend and go to properties and modify the legend. Thanks

[@SohailAhmad-xo1ee]

wow it's so interesting but you didn't show how to save smooth graph

[@SAYPhysics]

When you apply smooth command, OriginLab automatically generates additional column in the data file. Check please. Thanks

[@kainatfatima1077]

can u upload modern physics lec

[@SAYPhysics]

For example, which topic you’re interested in to be uploaded in Modern Physics. Thanks