J juenobueno New Member Joined Nov 11, 2014 Messages 3 Gender Male HSC 2015 Jan 10, 2015 #1 Within uniform circular motion, is the orbital speed equal to the velocity (magnitude) of the object's tangential inertia?
Within uniform circular motion, is the orbital speed equal to the velocity (magnitude) of the object's tangential inertia?
Librah Not_the_pad Joined Oct 28, 2013 Messages 912 Location Sydney Australia Gender Male HSC 2014 Jan 11, 2015 #2 juenobueno said: Within uniform circular motion, is the orbital speed equal to the velocity (magnitude) of the object's tangential inertia? Click to expand... I'm no physics expert, but i'm pretty sure velocity with only magnitude is just called "speed." I have no idea what this "velocity of tangential inertia" is. Considering inertia is just an objects tendency to resist motion.
juenobueno said: Within uniform circular motion, is the orbital speed equal to the velocity (magnitude) of the object's tangential inertia? Click to expand... I'm no physics expert, but i'm pretty sure velocity with only magnitude is just called "speed." I have no idea what this "velocity of tangential inertia" is. Considering inertia is just an objects tendency to resist motion.