Particles with a charge of +5e are incident on a target. If the beam of particles carries a current of 133 μA, how many particles strike the target in a period of 18.0 s? 299.25 How can you determine the total charge hitting the target? How can you determine the charge on each particle? Knowing the total charge hitting the target and the charge on each particle, how can you determine the number of charged particles hitting the target? particles

Particles with a charge of +5e are incident on a target. If the beam of particles carries a current of 133 μA, how many particles strike the target in a period of 18.0 s? 299.25 How can you determine the total charge hitting the target? How can you determine the charge on each particle? Knowing the total charge hitting the target and the charge on each particle, how can you determine the number of charged particles hitting the target? particles

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter9: Current And Resistance

Section: Chapter Questions

Problem 30P: A high-energy proton accelerator produces a proton beam with a radius of r - 0,90 mm. The beam...

See similar textbooks

Similar questions

A high-energy proton accelerator produces a proton beam with a radius of r - 0,90 mm. The beam current is I=9.00A and is constant. The charge density ofthe beam is n = 6.001011 protons per cubic meter, (a)What is the current density of the beam? (b) What is the drift velocity of the beam? (c) How much time does it take for 1.0010 m protons to be emitted by the accelerator?
The quantity of charge q (in coulombs) that has passed through a surface of area 2.00 cm2 varies with time according to the equation q = 4t3 + 5t + 6, where t is in seconds. (a) What is the instantaneous current through the surface at t = 1.00 s? (b) What is the value of the current density?
An aluminum wire 1.628 mm in diameter (14-gauge) carries a current of 3.00 amps, (a) What is the absolute value of the charge density in the wire? (b) What is the drift velocity of the electrons? (c) What would be the drift velocity if the same gauge copper were used instead of aluminum? The density of copper is 8.96 g/cm3 and thedensity of aluminum is 2.70 g/cm3. The molar mass ofaluminum is 26.98 g/mol and the molar mass of copper is 63.5 g/mol. Assume each atom of metal contributes one free electron.
(1) What is a definition of electric current? Label the variables. (2) Suppose that 1016 electrons pass through a cross-section of a wire each second. What is the current in the wire? (3) The current in a wire varies with time according to the relation / = 5+3t where I is in amperes andt is in seconds. What is the number of coulombs of charge that pass a cross section of the wire between t=3s and t=5s?
1. DETAILS SERPSE10 26.1.OP.002. MY NOTES ASK YOUR TEACHER Particles with a charge of +5e are incident on a target. If the beam of particles carries a current of 119 µA, how many particles strike the target in a period of 30.0 s? particles 2. DETAILS SERPSE10 26.2.OP.006. MY NOTES ASK YOUR TEACHER A silver wire has a length of 1.50 m and a cross sectional area of 0.360 mm2. If the resistivity of silver is 1.59 x 10-8 0. m and a potential difference of 0.500 V is maintained across its length, determine the current in the wire (in A). A Submit Answer 3. DETAILS SERPSE10 26.6.OP.021. MY NOTES ASK YOUR TEACHER Batteries are rated in terms of ampere-hours (A · h). For example, a battery that can produce a current of 2.00 A for 3.00 h is rated at 6.00 A · h. (a) What is the total energy stored in a 12.0-V battery rated at 62.0 A · h? kWh (b) At $0.0940 per kilowatt-hour, what is the value of the electricity produced by this battery? $
A typical lightning bolt may last for 0.197 s and transfer 1.13 x 1020 electrons. Calculate the average current (in A) in the lightning bolt. HINT Apply the definition of average current. A Click the hint button again to remove this hint.
ostro Imssb1.mutah.edu.jo/r A conductor has a cross-sectional area of 2.3x 10-6 m2 and the number of free electrons per unit volume is 8.5x 1028 electron/m. When the current is 9 A, find the drift speed (in mm/s) of the electrons. Use the charge of the electron to be 1.6x 10-19 C
Solve the following: 1. How many nanocoulomb are there in 3.65 billion electrons ? 2. A 25 ampere electric current flows in a conductor in 75 millisecond. Find: a. current equivalent in mA? b. How many charges are transferred ? c. How much work is required to transfer if 3V is applied. 3. A charge of 3.5 µC present in an electric field produces a force of 0.008 Newton. What is the intensity of the electric field ? 4. A charge of 0.6 µC is placed in an electrostatic field whose intensity is 3 x 105 N/C. How strong is the force acting on the charge ? 5. Two objects are both negatively charge with 0.04 coulomb each and 140 cm apart. What kind of force exist Between charges? How much? 6. Find the force that exist between two charges of 8.53 μC and 4.5 µC that 0.25 meters in air?
Part A: If there is an annealed copper wire with resistivity 0.172 nano ohm meters and a diameter of 2mm placed in an electric field of 16,000N/C, then how much current will go through the wire? Part B If this wire (the same as in part A) has an electron density of 8.5x10^28 m^-3 then what is the drift velocity of the electrons in this wire? The charge of each electron is, as usual, 1.602x10^-19C.
A current of 14 A is traveling through a cylindrical metallic wire with a radius of 1.5 mm. The number density of free electron charge carriers in the wire is 8.0 x 1028 electrons/m³. What is the drift velocity of the electrons in the current? O a. 0.35 mm/s b. 0.75 mm/s O c. 0.95 mm/s d. 0.15 mm/s O e. 0.55 mm/s
X-Rays are just high energy light that can penetrate through flesh but not bones. The X-Ray machines use accelerated electrons hitting a target metal, such as copper or tungsten, generating X-Rays toward the patient. If the operator tells you that the target receives 0.8 A current, how many coulombs of charge is striking the target in 0.7 seconds?
An aluminum strip 10 cm long, 2 cm wide and and 3 mm thick. A current flows in the longitudinal direction and a field of 0.75 T is perpendicular to the blade. If the potential between the two long sides of the blade is 3 micro-Volt, what is the current flowing through the blade? per atom in the material... m-electron = 9.11 x 10 ^-31 kg and m-proton = 1.76 x 10 ^-27 kg = m-neutron). We want to use the Hall Effect here.