I need help with both question please!! thanks t fheid (In T) due to a 0.2...
I only need help with questions 4,5,6,7, and 8. thanks Magnetic field and Magnetic Force due to a (long, straight) current PHYS 181 - in class problem set An infinitely long conductor carrying current is bent at a right angle as shown in Figure 1. Point P is located a distance b from the corner of the wire. Only one section of this current contributes to the magnetic field at pt. P. Why? The general formula (derived from the Biot-Savart...
Please solve the question clearly so I can read your handwriting. Thanks, Consider the function representing the temperature field T(x,y,z) = 2e22 cos TX – 10y Find the following: (i) the direction in which the temperature T is increasing most rapidly at point P(-1,1,0) and the magnitude of the rate of increase; (ii) the unit vector normal to the level surface T(x, y, z) = -12 at point P(-1,1,0); (iii) the rate of change of the temperature T at point...
I need help on number 9 please 7) Two particles, both carrying charge 6 C are traveling parallel to each other with velocities of v⃗ =18000i^ in m/s. They are positioned at the points (0,4,0) and (0,−4,0). What is the magnitude and direction of the magnetic field at (0,4,0) due to the particle located at (0,−4,0)? [Enter the magnitude in answer box 1 and the direction as one of either "in", "out", "up", "down", "left", or "right" in answer box...
Please I need help with this questions. Thanks Question 1 Given that ver»,-. The point D lios directly to the left of O. T he direction of velocity of point D is PERPENDICULAR to which line (NOT drawn) 0.00 points out of 1.00 P Flag question no slip VR,a Select one: a. Oc c. BC d. CD Your answer is incorrect Question 2 Given that va, -O. The point D lies directly to the left of O. The direction of...
I need help in solving both these questions and also an explanation please Problem 1 og het and port hy when they Lab Activity A14: 2-D Magnetic Fields 1. Find the net magnetic field at point P (magnitude and direction). 2. Find the net Force acting on the charge at point P (magnitude and direction) 3. Find the acceleration of the charge at point P. Date: 15.7 MA: 1, 36 161019 . 11 0 / 10 Must Haves: Good sketch...
please solve it step by step, because I want understanding the salutation. thanks 4) (2 x 15 points) Four charges are attached to the corners of a square in thef x, y plane and rotate counterclockwise pr about the center of the square (the z-axis) at the angular frequency w. At the time t-0, the four charges are located as follows: +q at (+a, +a); +q at (-a, +a); -q at (+a, -a); and -q at (-a, -a) a) Calculate...
please help... Thanks in advance I appreciate your help 8 A magnetic field of 2.0 T is directed perpendicular to the face of a circular coil with a radius of 25.0 om. what is the magnetic flux linked with the coil2 © A single urciar loop of wire with radius ab.Dem is perpendicular to a magnetic field which increases from 1,5T to 48T in 23.0ms, what is the induced e. m.f in the coll? 0 A square coil (20.0 cm...
Can you please help with this question, it has three parts! Thanks 1. Questions 1 through 7: Four charges are placed at the corners of a square 5 cm on a side. Two of the charges - one at the origin (x,y) = (0,0) cm and the one on the y-axis at (0,5) cm have positive charges of 10-9 Coulombs. The other two charges one on the x-axis at (5,0) cm and the other at (x,y)= (5,5) cm have negative...
I need help on part c. I think I have the rest correct. thanks! (8 points) A conducting loop is exposed to a varying magnetic field perpendicular to the surface of the loop as shown below. The loop has a fixed area of o.50 m2. The magnetic field varies as: B-3t 2t (B in T) a. What is the emf in the loop at a time of 2.0-s? Show your work. b. Looking at the loop from the left-hand side,...
please Ineed help with all the questions above, they are all related. thanks QUESTION 1 A projectile motion is composed of two separate linear motions in horizontal and vertical direction. Indicate the direction of acceleration in O A. Right vertical (y) direction: Left D. Down QUESTION 2 indicate the magnitude of acceleration in Vertical v) direction: (Do not include units in your answer.) QUESTION 3 indicate the magnitude of acceleration in Horizontal (x) direction: (Do not include units in your...