Compute the magnitude of the magnetic force on the particle

Reference no: EM13985314

In this problem, i and j refer to unit vectors in the X and Y directions respectively. A small particle whose mass is 10^-12 kg and carrying a net charge of +5 μC enters a region of space where the magnetic field is 2T i. The velocity of the particle at some instant of time is 0.03C i + 0.04Cj (where C = speed of light).

What is the magnitude of the magnetic force on the particle?Indicate the direction of the force on the diagram you drew.

Reference no: EM13985314

Questions Cloud

Contrast the style of labor unions in the united states : Contrast the style of labor unions in the United States to that found in other countries

What would be radius of particles resulting circular motion : If the magnetic field were to be directed perpendicular to the particle instead of in the X direction as given, what would be the radius of the particle's resulting circular motion?

Problem regarding the probability of heads : Let X be the number of coin tosses until heads is obtained. Suppose that the probability of heads is unknown in the sense that we consider it to be a random variable Y ∈ U (0, 1).

Jointly distributed random variables : Compute E Y , Var Y , and Cov(X, Y ) (without using what is known from Section 4 about the distribution of Y).

Compute the magnitude of the magnetic force on the particle : What is the magnitude of the magnetic force on the particle?Indicate the direction of the force on the diagram you drew.

What about high-fat foods or trans-fat : And, do you think that it's appropriate to tax other sweetened beverages or high-sugar foods? What about high-fat foods or trans-fat? Where do you draw the line? Remember to provide sufficient information and evidence to support your argument

Calculate flux through surface of disk-shaped area : A solenoid of radius r = 1.25 cm and length l = 33.0 cm has 320 turns and carries 12.0 A. Calculate the flux through the surface of a disk-shaped area of radius R = 5.00 cm that is positioned perpendicular to and centered on the axis of the solenoi..

Problem regarding the exponential random variable : 1. Show that an exponential random variable such that the inverse of the parameter is gamma-distributed is Pareto-distributed. More precisely, show that if X | M = m ∈ Exp(m) with M-1 ∈ Γ(p, a), then X has a (translated) Pareto distribution.

Draw a diagram showing the direction of the magnetic field : In this problem, i and j refer to unit vectors in the X and Y directions respectively. Draw a diagram showing the direction of the magnetic field and the velocity vector of the particle.

User Account

All Pages