r₁ = <- 0.43 -0.42,07 r₂ = <0, -0.42, os 15,1 = √√0.43 ² + 0.42 ² +0² = 0.6 2 1521 = √0² +0.42² +0 =0-42 ņ= (-0.716, -0.7,07 B = (1×10³)X 7x109x <0,- 30004, 0>X<-0.716,-0.7,07 B=(1×107) x (0.6)² = 4.17×1511 i 0 j K -3×100 -0.716-0.7 <0, 0, 21480> (0.42)2 こ j K -3×104 0 0 -1 √₁₂ = <0, -1,0> -9 -8×10˜³× < -3×10²+,0,0>×<0;-1, 0> =-1.36×10% 20, 0, 300007 Two point charges, q₁ = 7×10-⁹ C and 92 = -8×10-9 C are, at some instant, located at [0.43,0.42,0] m and [0,0.42,0] m, respectively. They are moving with speeds [0,- 3×104,0] m/s in the -y direction and [-3×104,0,0] m/s in the -x direction, respectively. y P 91 92 a 1. (Find the magnetic field due to charge q₁ at point 'P' located at [0.22,0.42,0] m. B₁ =< 0 0 1.14x10^14 >[T] 2. Find the magnetic field due to charge q2 at point 'P' located at [0.22,0.42,0] m. B₂ =<0 0 0 > [T] 3. Find the magnetic field due to charge q₁ at the origin. B₁ =< ,0 >[T] 4. Find the magnetic field due to charge q₂ at the origin. B₂ = <0 Please answer all parts of the question. >[T]

r₁ = <- 0.43 -0.42,07 r₂ = <0, -0.42, os 15,1 = √√0.43 ² + 0.42 ² +0² = 0.6 2 1521 = √0² +0.42² +0 =0-42 ņ= (-0.716, -0.7,07 B = (1×10³)X 7x109x <0,- 30004, 0>X<-0.716,-0.7,07 B=(1×107) x (0.6)² = 4.17×1511 i 0 j K -3×100 -0.716-0.7 <0, 0, 21480> (0.42)2 こ j K -3×104 0 0 -1 √₁₂ = <0, -1,0> -9 -8×10˜³× < -3×10²+,0,0>×<0;-1, 0> =-1.36×10% 20, 0, 300007 Two point charges, q₁ = 7×10-⁹ C and 92 = -8×10-9 C are, at some instant, located at [0.43,0.42,0] m and [0,0.42,0] m, respectively. They are moving with speeds [0,- 3×104,0] m/s in the -y direction and [-3×104,0,0] m/s in the -x direction, respectively. y P 91 92 a 1. (Find the magnetic field due to charge q₁ at point 'P' located at [0.22,0.42,0] m. B₁ =< 0 0 1.14x10^14 >[T] 2. Find the magnetic field due to charge q2 at point 'P' located at [0.22,0.42,0] m. B₂ =<0 0 0 > [T] 3. Find the magnetic field due to charge q₁ at the origin. B₁ =< ,0 >[T] 4. Find the magnetic field due to charge q₂ at the origin. B₂ = <0 Please answer all parts of the question. >[T]

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Calculate the maximum force
A cyclotron (figure) designed to accelerate protons has an outer radius of 0.333 m. The protons are emitted nearly at rest from a source at the center and are accelerated through 572 V each time they cross the gap between the dees. The dees are between the poles of an electromagnet where the field is 0.720 T. The black, dashed, curved lines Alternating AV represent the path of the particles. -Dg After being accelerated, the particles exit here. -North pole of magnet (a) Find the cyclotron frequency for the protons in this cyclotron. 1.04e33 x rad/s (b) Find the speed at which protons exit the cyclotron. m/s (c) Find their maximum kinetic energy. ev (d) How many revolutions does a proton make in the cyclotron? revolutions (e) For what time interval does the proton accelerate? awranca Barke kay Nationallab
- A positive charge of 2.00 µC is AT. What is the magnetic force A charge of 75.0 µC experiences to the field?
For a posiitve charge entering to the magnetic field, as shown below, the magnetic force will be out Select one: zero because V and B are perpendicular O b. maximum because V and B are parallel zero because V and B are parallel O d. maximum because V and B are perpendicular
I need help with this problem: 2.- What is the velocity of an electron receiving a force of 2.6 x 10^-20 N due to a field of 2.5 x 10^-4 T if they form a right angle to each other. And put a drawing of the representation of the problem. Thanks for your help :) I will be grateful for you help:))
7 and 8 if possible
A particle of mass m and charge q enters a magnetic field B at a speed of v and is deflected as shown. What type of charge does the particle carry? (i) (ii) What change would cause the particle to be deflected even more? SELECT ALL THAT APPLY A. Positive A. Increasing mass m B. Negative B. Increasing charge q C. Uncharged C. Increasing the magnetic field B D. Increasing the speed v
2) a) Which physical law is the basis for the continuity equation? b) Write continuity equation in differential form. c) Write two equations that each stand for magnetostatic case. d) An agglomeration of protons, that we shall treat as a point, explodes. 10 protons per second fly in all directions on average. What is the sign of div ?⃗(?⃗) at the position of the agglomerate? e) Write out div ?⃗(��⃗). Hint: remember what a delta function does to a volume integral.
Please asap
Derive an equation for the velocity of the charged particle that will pass straight through the combined field.
Explain magnetic dipole moment?