Asked by Anonymous
how do i go about answering thiss question?
particles with a mass of 7.96x10^-27 and have a (+2e)are accelerated by a voltage and kept in a magnetic field. at one stage the ion starts ar 1x10^6 m/s and exits at 2.75x10^6 m/s. immediatleyt after theey enter a magnetic feild and fallow a radius of 1.24m
the voltage in the accelerating chamber is?
particles with a mass of 7.96x10^-27 and have a (+2e)are accelerated by a voltage and kept in a magnetic field. at one stage the ion starts ar 1x10^6 m/s and exits at 2.75x10^6 m/s. immediatleyt after theey enter a magnetic feild and fallow a radius of 1.24m
the voltage in the accelerating chamber is?
Answers
Answered by
bobpursley
What does this have to do with physics diploma?
How do you go about the question.
Take a look at your text:
Coulomb force=Eq=V/d * q
but force=mass*acceleration=mass(Vf-Vi)/time where time = distance/avgvelocity
What is avgvelocity: (Vi+Vf)/2
Solve for voltage.
There are no questions on the magnetic deflection encountered after entering the magnetic field.
How do you go about the question.
Take a look at your text:
Coulomb force=Eq=V/d * q
but force=mass*acceleration=mass(Vf-Vi)/time where time = distance/avgvelocity
What is avgvelocity: (Vi+Vf)/2
Solve for voltage.
There are no questions on the magnetic deflection encountered after entering the magnetic field.
Answered by
Anonymous
a question from the old diploma