Hello, very simple. I am sure you have followed the course. Just define a pint for 2nd variable resistor (also called potentiometer) and store the value for 2nd potentiometer in another variable. Just duplicate all the variables used for a variable resistor. You may learn from this video th-cam.com/video/5zT9iZRa5b4/w-d-xo.html which is about something else but two variable resistor is used.
you are right. I have mentioend this so many times in different videos, and perhaps for that reason I assumed viewers know it. 5 is the 5V and 1023 is the value mentioned erlier in the video. (2^10)-1=1023. Here is the better video th-cam.com/video/Y9_PgvgfOIc/w-d-xo.html I watched both video to reply to your comment.
Relating theory to the practical is done very well here and for those not used to programming, becomes more understandable. Thank-you.
Very helpful video 👍
Thank you once again. My brother.
Keep it up
great work!!!
👍👍
Hello Robojax!
What will be the code if I'm going to test 2 or more potentiometers?
Thank you for the help
Hello, very simple. I am sure you have followed the course. Just define a pint for 2nd variable resistor (also called potentiometer) and store the value for 2nd potentiometer in another variable. Just duplicate all the variables used for a variable resistor. You may learn from this video th-cam.com/video/5zT9iZRa5b4/w-d-xo.html which is about something else but two variable resistor is used.
The Price of Uno is now $30 amazon, out of stock Nano. Chinese parts no change. ???? I bought my second Uno two weeks ago for $21.
🌟potvalue*(5.0/1023) not explained!!!!!!!!!!!!@@
you are right. I have mentioend this so many times in different videos, and perhaps for that reason I assumed viewers know it. 5 is the 5V and 1023 is the value mentioned erlier in the video. (2^10)-1=1023. Here is the better video th-cam.com/video/Y9_PgvgfOIc/w-d-xo.html I watched both video to reply to your comment.