My exam is tomorrow and your videos have saved my life. That cookie monster video made me laugh through the tears (thats an exaggeration but you get me)
Thank you so much! I really appreciate your dedication of teaching IB physics without needing any financial profits but to share your knowledge with pleasure.
@@donerphysics yea that there is an error I just noticed, you have not added annotation (so just an reminder 😂😅). Love your videos, they are too helpful. Believe you will be the reason I get a 6-7 in my IB physics on 4 November. Thanks for being such a great help
Hey chris, these videos are genuinely amazing, however have you done anything on half/full wave rectification and diode bridges as they are also part of the IB Physics syllabus.
Hello, Chris, so good video , which video editing tool are you using and how to make so much audience? I am also online tutor, so I wanted to ask you, thanks
this video was amazing and I understood most of the capacitors chapter . But I have one question: how do I know where to use which equation(between c=q/v and c=keA/d)
The first is a definition of capacitance (charge held per unit voltage). The second is capacitance based on how the capacitor is made (materials, separation and area of plate). In simplistic terms, which equation we use depends on what information we are given.
Thank you so much for the help Mr.Doner, I cried when I heard 'That's all for today folks'! Really helping us out so I appreciate it
My exam is tomorrow and your videos have saved my life. That cookie monster video made me laugh through the tears (thats an exaggeration but you get me)
thank you for going thru all this trouble helping out all the struggling ib kids
Thank you so much! I really appreciate your dedication of teaching IB physics without needing any financial profits but to share your knowledge with pleasure.
Sorry, I had to monetize once I retired.
Really fantastic video. Thanks so much! I'll be sharing these.
Small mistake Mr. C. Doner. You multiplied 100^2 to 5 cm^2 to convert it into m^2. BTW your videos are fantastic. Thanks.
Thanks for taking the time to let me know. I will add an annotation.
@@donerphysics yea that there is an error I just noticed, you have not added annotation (so just an reminder 😂😅). Love your videos, they are too helpful. Believe you will be the reason I get a 6-7 in my IB physics on 4 November.
Thanks for being such a great help
@@malavbadu663 The annotations no longer work in RUclips.
" That's all Folks! "
Lol, Am I the only one who thinks that the way he writes it is super satisfying?
Thank you. Please spread the word about the channel, become a subscriber or a member.
Not all heroes wear cape. You saved my life. Thank you.
Happy to help out. Please help me out by spreading the word, liking videos, making comments like this one, becoming a subscriber or a member.
Hey chris, these videos are genuinely amazing, however have you done anything on half/full wave rectification and diode bridges as they are also part of the IB Physics syllabus.
Rectification is explained in the review/preview video as well the IB style multiple choice questions on the topic.
Thank you so much! Your videos helped me really a lot!
Hello, Chris, so good video , which video editing tool are you using and how to make so much audience? I am also online tutor, so I wanted to ask you, thanks
this video was amazing and I understood most of the capacitors chapter . But I have one question: how do I know where to use which equation(between c=q/v and c=keA/d)
The first is a definition of capacitance (charge held per unit voltage). The second is capacitance based on how the capacitor is made (materials, separation and area of plate). In simplistic terms, which equation we use depends on what information we are given.
think 10:48 it should be 10 to the power of -2
Nah, 10^-3 is correct. (provided you take 0.2 x 10^-3 )