Find the electric field produced by each rod

Reference no: EM13538369

Two thin, positively charged rods are placed along the x-axis and y-axis. Each rod is 3.00m in length, and is a distance 1.00m from the origin. The vertical rod has a linear charge density of Lambda = 3y C/m and the horizontal rod has a linear charge density of lambda = 2x C/m.

a) Find the electric field produced by each rod individually at the origin.

b) Find the magnitude and direction of the total electric field at the origin.

Reference no: EM13538369

Questions Cloud

What was the muzzle speed of the bullet : A 26 g bullet strikes and becomes embedded in a 1.10 kg block of wood placed on a horizontal surface just in front of the gun. what was the muzzle speed of the bullet

Define number of different hydrogen shielding environments : Draw three different alcohols with a mass of 102. for each alcohol, identify the number of different hydrogen shielding environments, thus the number of different peaks in an 1H-NMR spectrum.

Calculate the net force on any one of the masses : Four identical masses of 3.2 kg each are located at the corners of a square with 1.1 m sides. What is the net force on any one of the masses

Expected waiting time in the queue increases : Consider an M/M/1 queueing system. If the arrival rate increases, then the expected waiting time in the queue increases. Yes or No? Explain.

Find the electric field produced by each rod : Two thin, positively charged rods are placed along the x-axis and y-axis. Each rod is 3.00m in length, and is a distance 1.00m from the origin. Find the electric field produced by each rod individually at the origin

How differentiating 1-pentyne from 2-pentyne : Would MS help you with either of these problems? If yes, explain how. a) differentiating 1-pentyne from 2-pentyne

How much work is done on the mass by air resistance : A 1.0-kg mass is projected vertically upward from ground level with an initial speed of 45 m/s. How much work is done on the mass by air resistance

A plane polarized em wave propagates through a polymer : A plane polarized EM wave propagates through a polymer. Such waves obey a similar wave equation to that found for free space. The wave has a magnetic field vector, B=[(-1.2 i) x sin(ky wt)] microT (micro telsa) , with frequency f=7.61×10^(14) Hz and ..

Just-in-time manufacturing : Describe the above system as a queueing system by defining - Explain if the above queueing system satisfies the following criteria by showing your calculations for each criterion.

User Account

All Pages