What is the frequency of there volution

Reference no: EM13654979

Two answers are required for this problem.

A proton is accelerated through apotential difference of 1,000 V. After leaving the region of the electric field, the proton enters a magnetic field and is observedto be on a curved path of radius 5.0 cm. Assuming the magneticfield is perpendicular to the path of the proton,

a. What is the magnitude of the magnetic field?
b. What is the frequency of there volution?

Reference no: EM13654979

Questions Cloud

The most promise and defend your position : Discussed in depth about four ways to improve performance ratings. Discuss in detail these four strategies. Identify the one that you think shows the most promise and defend your position.

What lengths of wire would you use : A certain type of radio antenna is called a quaterwavelength antenna, because its length is equal to one quarter of the wavelength to be received. what lengths of wire would you use

What frequency is the current amplitude the same : An inductor with L = 30 mH isconnected in parallel with a capacitor with C =85 µF. If they are connected to an AC voltagesource with f = 3.2 kHz, is the current larger in the inductor or in the capacitor? in the inductor in the capacitor

Estimate what is the elongation of the rod : One end of a steel (young's modulus of 2.0x10^11 M/m^2) rod of radius R=9.5mm and length L=81cm is held in a vice. What is the elongation of the rod

What is the frequency of there volution : A proton is accelerated through apotential difference of 1,000 V. After leaving the region of the electric field, the proton enters a magnetic field and is observedto be on a curved path of radius 5.0 cm. Assuming the magneticfield is perpendicula..

Obtain how much work do the students do on the car : Together, two students exert a force of 825N in pushing a car a distance of 35 m. How much work do the students do on the car

What net force is exerted on it : A race car has a mass of 706 kg. Itstarts from rest and travels 42.0 m in3.0 s. What net force is exerted on it

Find an important quotation from that act that supports : Find an important quotation from that act that supports your response. Explain clearly how this quotation supports your response to the prompt and what it reveals about this pair's relationship.

Calculate the elastic modulus of this tendon : A 11 cm long animal tendon was foundto stretch 3.9 mm by a force of13.8 N. The tendon was approximately roundwith an average diameter of 8.5 mm. Calculate the elastic modulus of this tendon.

User Account

All Pages