The motion sensor is from PASCO and the computer program is called PASCO Capstone. Glad you appreciate my time and effort. I hope the videos are useful for you and your students! www.pasco.com/prodCatalog/PS/PS-2103_pasport-motion-sensor/index.cfm www.pasco.com/prodMulti/pasco-capstone-software/index.cfm
Honestly, I took one of those springs typically used to demonstrate waves and cut off a piece of it. I have plenty of these which have been destroyed by students over the years. Like this: www.sargentwelch.com/store/product/8892451/spring-wave-demonstration
This is common when you take data through sensors such as this. The higher order derivatives you measure are a lot more sensitive to experimental error and noise in the data from unintended factors.
Managed to pass the AP Physics 1 Exam. Sadly with a 3 but it couldn’t have been done without your videos! Thanks :)
Same for me! That exam is tough.
It is quite a difficult exam. Hopefully you both now have a good base of knowledge to work with for future physics classes!
You are soooo kind. I am not adulating. You are an inspiration. Thanks a lot! 😭😭 (Tears of joy).
With gratefulness from India!
What program are you using?
We all appreciate the time and effort you put into these videos.
The motion sensor is from PASCO and the computer program is called PASCO Capstone. Glad you appreciate my time and effort. I hope the videos are useful for you and your students!
www.pasco.com/prodCatalog/PS/PS-2103_pasport-motion-sensor/index.cfm
www.pasco.com/prodMulti/pasco-capstone-software/index.cfm
you are friggin great mr p
sir upload videos like this sir.... i enjoyed ur explanation
What type of spring did you use for this setup? Love your videos!!!
Honestly, I took one of those springs typically used to demonstrate waves and cut off a piece of it. I have plenty of these which have been destroyed by students over the years. Like this: www.sargentwelch.com/store/product/8892451/spring-wave-demonstration
displacement (t) : *actual cosine graph *
velocity (t) : *average middle schooler drawing *
acceleration (t) : *toddler's scribbling * XD
😬
This is common when you take data through sensors such as this. The higher order derivatives you measure are a lot more sensitive to experimental error and noise in the data from unintended factors.
I got a 5 because of these videos!
That is awesome. Congrats!