Mass SpectrometerX X X X X X X X X X XX X X X X x X X X X XBX XX X XX XX XX XX X X Xx X XpX X\x XdetectorplateВVelocity selectorionMass spectrometers are commonly used in chemistry to determine the particular elemental makeup ofions/molecules. They use magnetic fields to do the sorting of ions. The device consists of a velocityselector chamber that has crossed electric and magnetic fields (E is oriented from right to left, B iscoming out of the page in the image above). The velocity selector allows particles with a certain speedto pass through, while all other particles will deflect and not make it through. Once passed through thevelocity selector, the ions enter the detection chamber, where they enter a region of constant magneticfield and their paths are deflected in a semi-circle until they hit the detector plate. The radius of thepath determines where the particle hits the plate. Derive an equation for the velocity selector electric field strength E needed to select a givenspeed || of ion, if the magnetic field has a magnitude of B (hint, you can ignore gravity,explain why).What electric field is required for the velocity selector to allow N* ions with a speed of 30.0 km/sto pass through, if the magnetic field inside the velocity selector is 0.01T?Where will N* ions, O* ions, and No* ions land on the mass spectrometer detector plate if the|B|inside the detection chamber is 0.0500 T (assume the same speed as in part b)? Report yourresults as a measure of distance from the opening to the landing spot (essentially the diameterof the half-circular orbit). You'll need to use precise masses for the calculation. Use thesemasses: N* = 14.0031u and O* = 15.9949u. (note 1u=1.6605x10-27 kg)

Given: The magnetic field inside the velocity selector is B = 0.01 T The magnetic field inside the…

Derive an equation for the velocity selector electric field strength |E|needed to select a given speed lū| of ion, if the magnetic field has a magnitude of |B| (hint, you can ignore gravity, explain why). What electric field is required for the velocity selector to allow N* ions with a speed of 30.0 km/s to pass through, if the magnetic field inside the velocity selector is 0.01T? Where will N* ions, O* ions, and NO* ions land on the mass spectrometer detector plate if the |B| inside the detection chamber is 0.0500 T (assume the same speed as in part b)? Report your results as a measure of distance from the opening to the landing spot (essentially the diameter of the half-circular orbit). You'll need to use precise masses for the calculation. Use these masses: N* = 14.0031u and O* = 15.9949u. (note 1u=1.6605x1027 kg) %3D

Derive an equation for the velocity selector electric field strength |E|needed to select a given speed lū| of ion, if the magnetic field has a magnitude of |B| (hint, you can ignore gravity, explain why). What electric field is required for the velocity selector to allow N* ions with a speed of 30.0 km/s to pass through, if the magnetic field inside the velocity selector is 0.01T? Where will N* ions, O* ions, and NO* ions land on the mass spectrometer detector plate if the |B| inside the detection chamber is 0.0500 T (assume the same speed as in part b)? Report your results as a measure of distance from the opening to the landing spot (essentially the diameter of the half-circular orbit). You'll need to use precise masses for the calculation. Use these masses: N* = 14.0031u and O* = 15.9949u. (note 1u=1.6605x1027 kg) %3D