Two beams of electrons, beam 1 and beam 2, are moving along straight lines perpendicular to...

Two beams of electrons, beam 1 and beam 2, are moving along straight lines perpendicular to the page. We take the page to be the xy-plane. Beam 1 is moving into the page and intersects the page at point (−2, cm, 0 cm). Beam 2 is moving out of the page and intersects the page at point (2, cm, 0 cm). The streams of electrons are otherwise identical, each carrying current of magnitude 2 A. A negatively-charged particle having charge three times that of an electron is at point (x,y) = (0cm,2cm) and has velocity (vx , vy ) = (5 × 103 m/s, −5 × 103 m/s). What is the magnitude and direction of the net magnetic force on the negatively-charged particle due to the pair of electron beams?

Expert Solution

genius_generous answered 4 months ago

1). A car is moving along a straight line defined to be the positive x direction....

1). A car is moving along a straight line defined to be the positive x direction. Its velocity is measured and found to be a function of time given by Vx(t)=(alpha)t^2 , where alpha is a known constant. The car was at the point x = A at the time t = 2sec. Find the car's position as a function of time. How fast would the car be going just before it hits a wall located at x = L?...

1) The position of an object moving along a straight line is s(t) = t^3 −...

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The position function of an object moving along a straight line is given by the function...

The position function of an object moving along a straight line is given by the function t3 - 15t2 -48t -10, where s is in metres and t is in seconds and 0≤15≤t . [7A] a) When is the velocity of the object greater than 21 m/s? b) When is the speed of the object less than 21 m/s? c) Illustrate the graphical representation for each of the above."

The displacement (in centimeters) of a particle moving back and forth along a straight line is...

The displacement (in centimeters) of a particle moving back and forth along a straight line is given by the equation of motion s = 3 sin(πt) + 4 cos(πt), where t is measured in seconds. (Round your answers to two decimal places.) (a) Find the average velocity during each time period. (i) [1, 2] _______cm/s (ii) [1, 1.1] _______ cm/s (iii) [1, 1.01] ______ cm/s (iv) [1, 1.001] _______cm/s B) Estimate the instantaneous velocity of the particle when t=1.

An object is moving along a straight line, and the uncertainty in its position is 2.20...

An object is moving along a straight line, and the uncertainty in its position is 2.20 m. (a) Find the minimum uncertainty in the momentum of the object. Find the minimum uncertainty in the object's velocity, assuming that the object is (b) a golf ball (mass = 0.0450 kg) and (c) an electron.

Two long, straight wires are perpendicular to the plane of the paper and at a distance...

Two long, straight wires are perpendicular to the plane of the paper and at a distance 0.2 m from each other, as shown in the figure. The wires carry currents of I1 = 2.6 A and I2 = 5 A in the direction indicated (out of the page). Find the magnitude and direction of the magnetic field (in µT) at a point A midway between the wires. You need to indicate the direction with a positive or a negative value...

There are two steel I beams in a construction cite. The I beam A has 3"...

There are two steel I beams in a construction cite. The I beam A has 3" long stringer in the middle of the beam in the center of shear web and the second beam (beam B) has multiple edge cracking (0.1" deep) due to improper rolling process in the same middle area as beam A in both top and bottom flanges. As an engineer discuss which of the discontinuities will be more likely to be considered as a defect? Why?

The velocity function for a particle moving along a straight line is given by v(t) =...

The velocity function for a particle moving along a straight line is given by v(t) = 2 − 0.3t for 0 ≤ t ≤ 10, where t is in seconds and v in meters/second. The particle starts at the origin. (a) Find the position and acceleration functions for this particle. (b) After ten seconds, how far is the particle from its starting point? (c) What is the total distance travelled by the particle in the interval [0, 10]?

2. As seen from Earth, two spaceships A and B are approaching along perpendicular directions. Spaceship...

2. As seen from Earth, two spaceships A and B are approaching along perpendicular directions. Spaceship A is observed by an Earth observer to have velocity uy = −0.60c and spaceship B to have a velocity ux = −0.80c. Find the magnitude of the relative velocity of the two spaceships by transforming the velocity of one ship into the rest frame of the other. Remember, the answer has to be less than c.

How can you determine if two lines are parallel, perpendicular, or neither ?

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