That is my idea.
The leaning is irrelevant to the friction. The weight of the bike does not change because it is leaning, therefore the Friction force must remain the same.
I might be missing something though..
Thank you for your answers
Hi everyone.
I've been having this discussion with a pal regarding what affects the grip of a motorcycle's tires when turning and I was hoping someone in here could enlighten us :)
So, we have a motorcycle that is making a turn at a constant speed and leaned in an angle.
How do you...
Hi,
yes, I will do that, put some linear equation for P(t) then try it out. haven't done it yet since I haven't built the belt and pulleys yet. I intend to do it next week since this week I'm really busy with college projects.
Thanks a lot for the help, I'll post here as soon as I have any news.
AH! jesus! I was reading your reply thinking your calculations were wrong, I typo'd the tolerance, it's not 0.3mm but 3mm! I'm really sorry, 0.3mm would be completely insane to do without feedback and proper hardware.
A 10bit ADC has more than enough resolution for 3mm tolerance. And it could...
Hi.
Maximum distance is ~1m.
Resolution of ADC = 10bits (maximum, I think it can be less but don't have time now to read the data sheet carefully).
The motor is suppose to operate at fixed 12V, don't know it's maximum torque since it was taken from old printer. I can however control it's...
Hi everyone, thanks for replying.:smile:
Maybe I didn't explained myself correctly when I said the object moves by a cable, basically what I meant was that the motor is connected to one of the pulleys in a conveyor belt and the object is attached to a point in the belt itself. Therefore the...
Hi everyone.
I'm trying to build a robotic "arm" to move an object along one axis, the idea is to put a dc motor connected to an H-brigde which is then controlled by a microcontroller, the dc-motor will be attached to the object I intend to move by a cable.
Since the objective of this is...