Given a current of 1.3[A]; a coil radius of 0.16[m]; and N = 130, then what…

Given a current of 1.3[A]; a coil radius of 0.16[m]; and N = 130, then what is the strength of the magnetic field in milliTesta? (Use three sig. figs, or write N/A if there is not enough information.) Let’s say that you are given a magnetic field B = 0.00095[Tesla]. You also have an average V/d^2 = 19629[V/m^2]; what is the value for c/m? You used a function of current and some other constants to find B. B, according to this function, was constant. Considering the equation e/m = 8B^-2 * Vd^-2, and B must be constant for a given current because the equation is made only from constant B, according to my data, was not a constant value. My Vd^-2 consistently decreased B must be constant because 1 want it to be constant since the lab manual told me it B was not constant, even though it said it was, because diameter of beam is getting