Determine the distance R to B for the aunch conditions shown. Ans: R 2386.37m A-150 m/s 150 m
can anyone please help with this electric potential problem? 5. To find : 1) Choose ro such that(usual: ro - infinity) 2) Integrate! Find V for the following areas: Ans: Ans: Ans: Hint: Ans: al < r < a2. Ans: 5. To find : 1) Choose ro such that(usual: ro - infinity) 2) Integrate! Find V for the following areas: Ans: Ans: Ans: Hint: Ans: al
iven ee full ere wieh Vadins R | of dialectic. :m«.terin) coe fficientSe. a)find the cieettic field ans the extra celin lav Pot ential r>R) b) find the elecesic Fiall ans the tietin insiie the ball (eRy dicty lhnt ion of the charje on the stharei) Starts movie, at velocaj v。fem ave ony tistance fror the lere towards tLe center of tle sekere . . t can be assumes that the tarticle masssm chess of the stlere and that the...
Exam ans fast 2. (a) in Figure what value must R have if the current in the circuit is to be 5 mA? Take E-1.0 V, E2 = 3.0 V, and r, = r2= 2.0 Ω, (b) what is the rate at which thermal energy appears in R? r2
w is orthogonal to CI,2,3,413. A) Is W a Subspace of R Prove ans wer. 8) If w i5 a subspace, find o basis C) What is the dlimension of w?
as ) = cr2 Consider a wire of a circular cross-section with a radius of R 3.02 mm. The magnitude of the current density is modeled 5.75 X 106 A/m4 r2. What is the current (in A) through the inner section of the wire from the center to 0.5R? r = A
Consider a wire of a circular cross-section with a radius of R = 3.03 mm. The magnitude of the current density is modeled as ) = cr= 7.75 x 100 A/m . What is the current in A) through the inner section of the wire from the center to r = 0.5R? A
consider a wire or a circular cross-section with a radius of R = 3.46 mm. The magnitude of the current density is modeled as ] = c,2-5.25 × 106 A/m4 r2. what is the current (in A) through the inner section of the wire from the center to r-0.5R?
Ans: .354 A coil of resistance R, inductance L, and negligible capacitance has a power factor of 0.750 at a frequency of 60 Hz. The power factor for a frequency of 180 Hz is
Evaluate the integral. 7.r cos 2x de - :xsin (2-x) + cos. (2.x) x Your ans