Ms. DeVries feels you must be brought into the project to contribute further. We've been commissioned by our "foreign investors" to design a rail gun to compete with the Maian FarSight XR-20. The design specs calls for the weapon to fire a 10g 12.7mm diameter special mineral bullet. So far we've managed to fit 400 6.4mF capacitors in the butt to provide the kinetic energy necessary to get up to 800m/s supersonic speed for a sniper rifle. We've also installed a special 50V charging system. We're having trouble coming up with the appropriate magnetic striping to line the barrel. Any suggestions? What magnetic field strength do we need? You've done rudimentary electrical work. The kinetic energy comes to 3200J, so the equivalent capacitance is 2.56F and there are 128C of stored charge to be dumped during firing.

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Your Question :help please answer in text form with proper workings and explanation for each and every part and steps with concept and introduction no AI no copy paste remember answer must be in proper format with all working!
Ms. DeVries feels you must be brought into the project to contribute further.
We've been commissioned by our "foreign investors" to design a rail gun to
compete with the Maian FarSight XR-20. The design specs calls for the weapon
to fire a 10g 12.7mm diameter special mineral bullet.
So far we've managed to fit 400 6.4mF capacitors in the butt to provide the
kinetic energy necessary to get up to 800m/s supersonic speed for a sniper rifle.
We've also installed a special 50V charging system. We're having trouble
coming up with the appropriate magnetic striping to line the barrel. Any
suggestions? What magnetic field strength do we need?
You've done rudimentary electrical work. The kinetic energy comes to 3200J, so
the equivalent capacitance is 2.56F and there are 128C of stored charge to be
dumped during firing.
Transcribed Image Text:Ms. DeVries feels you must be brought into the project to contribute further. We've been commissioned by our "foreign investors" to design a rail gun to compete with the Maian FarSight XR-20. The design specs calls for the weapon to fire a 10g 12.7mm diameter special mineral bullet. So far we've managed to fit 400 6.4mF capacitors in the butt to provide the kinetic energy necessary to get up to 800m/s supersonic speed for a sniper rifle. We've also installed a special 50V charging system. We're having trouble coming up with the appropriate magnetic striping to line the barrel. Any suggestions? What magnetic field strength do we need? You've done rudimentary electrical work. The kinetic energy comes to 3200J, so the equivalent capacitance is 2.56F and there are 128C of stored charge to be dumped during firing.
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