A vertical straight wire carrying an upward 1.1 A current exerts an attractive force per unit length of 8.5x10-4 N/m on a second parallel wire 2.00cm away. What is the magnitude of the current (in units of Ampere) flowing in the second wire?
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- The hot and neutral wires supplying DC power to a light-rail commuter train carry 1000 A and are separated by 100 cm. What is the magnitude and direction of the force between 50 m of these wires?The system represented in the figure is in balance.Determine the voltages on wires 1, 2 and 3 and the value ofangle θ.answer:T1 = 1.960N; T2 = 1.697N; T3 = 3.394N; θ = 60°Physics students, wanted to investigate the forces of attraction (F) between two parallel conductors carrying currents li and l2 (also known as Ampere's Law) The students noticed that as the length of the parallel conductors (/) was increased the force of attraction between the conductors (F) also increased. The data collected is in the |L= SA conductor 1 average separation (d = 0.50m) table: conductor 2 Length, / (m) Force, F (x 10-5 N) 12= 5A 1.00 9.00 1.20 10.8 1.40 12,5 1.60 14.2 1.80 16.2 (iii) On the grid plot the force and length values from the table. (iv) Draw the line of best fit (v) Find the slope of the line of best fit. (c) Use the slope calculated and the Ampere's Law equation to determine the experimental value of the magnetic force constant, k.
- An accelerating voltage of 2.36 x 10³ V is applied to an electron gun, producing a beam of electrons originally traveling horizontally north in vacuum toward the center of a viewing screen 37.9 cm away. (a) What is the magnitude of the deflection on the screen caused by the Earth's gravitational field? (b) What is the direction of the deflection on the screen caused by the Earth's gravitational field? up down east west (c) What is the magnitude of the deflection on the screen caused by the vertical component of the Earth's magnetic field, taken as 20.0 μT down? east m (d) What is the direction of the deflection on the screen caused by the vertical component of the Earth's magnetic field, taken as 20.0 µT down? north south west mm (e) Does an electron in this vertical magnetic field move as a projectile, with constant vector acceleration perpendicular to a constant northward component of velocity? Yes No O No (f) Is it a good approximation to assume it has this projectile motion? Yes…Consider a pair of horizontal wires that are 2.0 [mm] apart and carry 2.0 [A] current in opposing directions. What force does one wire exert on the other per unit length? 1. 4.0 x 10^-4 N/m attractive 2. 4.0 x 10^-4 N/m repulsive 3. 2.0 x 10^-4 N/m attractive 4. 2.0 x 10^-4 N/m repulsiveFor the following equilibrium system, assuming all strings are ideal. If the mass M = 50, and the angles B and 0 are 50 ° and 30 °, respectively. What is the value of the magnitude of the voltage T4? T3 O T2 M a) T4 = 762.3042 N b) T4 = 980 N c) T4 = 565.8035 N d) T4 = 639.6499 N
- A large water main is 2.50 m in diameter and the average water velocity is 6.00 m/s. Find the Hall voltage produced if the pipe runs perpendicular to the Earth’s 5.00×10−5-T field.Part (a) To what angle, in degrees from the positive x-axis, should the normal of the loop be rotated so that the flux through the loop becomes 0.419N⋅m^2/C?Two resistanceless rails rest 42 cm apart on a 6.6o ramp. They are joined at the bottom by a 0.68 Ω resistor. At the top, a copper bar of mass 0.034 kg (ignore its resistance) is laid across the rails. The whole apparatus is immersed in a vertical 0.35 T field. What is the terminal (steady) velocity of the bar as it slides frictionlessly down the rails?
- A straight conductor of length l moves with an acceleration a = 0.1 ms−2 at right angles to amagnetic field of uniform strength B = 10 T. The e.m.f. between the ends of the conductorincreased from 0 to 5 V during the first 20 s after the beginning of motion. Calculate l.An accelerating voltage of 2.72 x 10³ V is applied to an electron gun, producing a beam of electrons originally traveling horizontally north in vacuum toward the center of a viewing screen 32.8 cm away. (a) What is the magnitude of the deflection on the screen caused by the Earth's gravitational field? m (b) What is the direction of the deflection on the screen caused by the Earth's gravitational field? O up O down O east O west (c) What is the magnitude of the deflection on the screen caused by the vertical component of the Earth's magnetic field, taken as 20.0 μT down? mm (d) What is the direction of the deflection on the screen caused by the vertical component of the Earth's magnetic field, taken as 20.0 μT down? O north O south O east O west9. Two differential current elements, I₁AL₁= 3×10° ay Am at P₁(1,0, 0) and 1₂AL2= 3×10 (-3a +4ay+5a) A⋅m at P₂(2, 2, 2), are located in free space. Find the vector force exerted on 12AL2 by I₁AL₁.