Ok, I've come to the realization that analyzing cornering is ridiculously difficult. In order for me to do it accurately at all, i need actual test data of the tires themselves.
Unfortunately i can't do experiments. If i could, i wouldn't be doing this:)
I have straight line compensation already as i mentioned in my original post and the time difference of lifting our weights 6ft with 6.5hp. It's obviously not quite 6.5hp due to driveline inefficiencies, so I may...
Hey all, this is long so read if you like anything to do with motorsports and let me know what you think.
My friends and I (currently in junior year as ME student) are going to a high performance karting facility for some good racing and I wanted to do something as a fun little project...
Homework Statement
An LC circuit includes a 0.025\muF capacitor and a 340\muH inductor.
(a)If the peak voltage on the capacitor is 190 V, what is the peak current in the inductor?
(b)how long after the voltage peak does the current peak occur?
The Attempt at a Solution
I've...
ok, got the first part.
What about when there's a loop that is larger than the solenoid? Would the current in that loop be zero since the magnetic field outside of solenoid is almost neglible?
The diameter of the larger loop is 19.5cm
Homework Statement
A 2.1m -long solenoid is 13.0cm in diameter and consists of 2200 turns of wire. The current in the solenoid is increasing at the rate of 1.0 kA/s .
The Attempt at a Solution
Any help to point me in the right direction would be great.
I'm thinking that i need to...
it's correct, thank you..
For part B, using ampere's Law i came up with (\mu(0)*J(0)*R^2)/6r which came out to be correct.
Now for part C, do i need to integrate again since the current surrounded will not be from the whole wire? or I'm just replacing R with r for the total current now...