Recent content by KieranRC

The forced experienced is just what the question stated. re-entering everything in and i get 17279.4m/s does this seem more accurate?

Yes i did, and in the end i git 17257.84m/s (by changing to deg)

but if i take the sin out the don't i take out the angle altogether? and then doesn't that equation without sin just assum the angle is 90? How do i go about correcting my answer so it is spot on? Thanks

Okay great thank you

Homework Statement A collection of charged particles move through a magnetic field at an angle to the field lines. Calculate the velocity of the particle if it is an electron moving at 30 degrees to the magnetic field of strength 3.4mT, causing it to experience a force of 4.7x106-18N Homework...

Is this okay? I have uploaded a photo of the problem

Homework Statement Shown in Homework EquationsThe Attempt at a Solution [/B]

How do you go about adding a photo?

Okay great, thank you. Does everything else look right to you?

There are a few problems here but it would be helpful if The below solutions could be checked and some insight provided for the last one/any other mistakes The problem & The Solution Attempts A circuit with a 12V battery then on the row below in series with the battery is a 120nF capacitor...

Okay, great! Thank you The question later goes on to ask what force is experienced by the proton and i really don't know where to start on this one, could you try shed some light on this for me? Thanks

Homework Statement Two parallel plates at -50kV and 100kV have separation 35cm. a proton is placed between the plates. calculate the electric field strength between the plates Homework Equations E=v/d The Attempt at a Solution 100kV--50kV=150kV 150x10^3/0.35=428571.4N/C