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(c) Argue that R v sin(20) would be applicable to the protons in this situation. 9 vsin(20) (d) Use R- to write an expression for R in terms of v, E, the charge and mass of the proton, and the angle 0. (Use the following as necessary: V e, E, 0, and m, for the mass of proton.) 9 R= (e) Find the two possible values of the angle (in degrees). (Enter your answers from smallest to largest.)

(c) Argue that R v sin(20) would be applicable to the protons in this situation. 9 vsin(20) (d) Use R- to write an expression for R in terms of v, E, the charge and mass of the proton, and the angle 0. (Use the following as necessary: V e, E, 0, and m, for the mass of proton.) 9 R= (e) Find the two possible values of the angle (in degrees). (Enter your answers from smallest to largest.)

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(c) Argue that R R= v² sin(20) (d) Use R= to write an expression for R in terms of v,, E, the charge and mass of the proton, and the angle 0. (Use the following as necessary: V e, E, 0, and m, for the mass of proton.) g v sin(20) 9 would be applicable to the protons in this situation. (e) Find the two possible values of the angle (in degrees). (Enter your answers from smallest to largest.) ns (f) Find the time interval during which the proton is above the plane in the figure above for each of the two possible values of (in degrees). (Enter your answers from smallest to largest.) ns
Transcribed Image Text:(c) Argue that R R= v² sin(20) (d) Use R= to write an expression for R in terms of v,, E, the charge and mass of the proton, and the angle 0. (Use the following as necessary: V e, E, 0, and m, for the mass of proton.) g v sin(20) 9 would be applicable to the protons in this situation. (e) Find the two possible values of the angle (in degrees). (Enter your answers from smallest to largest.) ns (f) Find the time interval during which the proton is above the plane in the figure above for each of the two possible values of (in degrees). (Enter your answers from smallest to largest.) ns
Protons are projected with an initial speed v, -9.65 km/s from a field-free region through a plane and into a region where a uniform electric field E-720) N/C is present above the plane as shown in in the figure below. The initial velocity vector of the protons makes an angle with the plane. The protons are to hit a target that lies at a horizontal distance of R 1.22 mm from the point where the protons cross the plane and enter the electric field. We wish to find the angle at which the protons must pass through the plane to strike the target. Proton beam --720j N/C Target E-0 below the plane G (a) What analysis model describes the horizontal motion of the protons above the plane? O particle under constant velocity O particle under constant acceleration O particle in uniform circular motion O particle in simple harmonic motion (b) What analysis model describes the vertical motion of the protons above the plane? O particle under constant velocity O particle under constant acceleration O particle in uniform circular motion O particle in simple harmonic motion
Transcribed Image Text:Protons are projected with an initial speed v, -9.65 km/s from a field-free region through a plane and into a region where a uniform electric field E-720) N/C is present above the plane as shown in in the figure below. The initial velocity vector of the protons makes an angle with the plane. The protons are to hit a target that lies at a horizontal distance of R 1.22 mm from the point where the protons cross the plane and enter the electric field. We wish to find the angle at which the protons must pass through the plane to strike the target. Proton beam --720j N/C Target E-0 below the plane G (a) What analysis model describes the horizontal motion of the protons above the plane? O particle under constant velocity O particle under constant acceleration O particle in uniform circular motion O particle in simple harmonic motion (b) What analysis model describes the vertical motion of the protons above the plane? O particle under constant velocity O particle under constant acceleration O particle in uniform circular motion O particle in simple harmonic motion
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