{"knowledge_schema": {"broad_category": "Physics \u2192 Particle Accelerators \u2192 Synchrocyclotron", "refinement": "This problem involves understanding the motion of charged particles in a magnetic field and the effects of alternating electric fields on their acceleration.", "specific_scope": "The focus is on calculating the number of revolutions a proton makes in a synchrocyclotron as it accelerates to a specified kinetic energy under the influence of an alternating voltage.", "goal": "Determine the total number of revolutions completed by the proton as it accelerates to a kinetic energy of 950 MeV."}, "summary": "This problem relates to the physics of particle accelerators, specifically synchrocyclotrons, where a proton is accelerated to a high kinetic energy through alternating electric fields. The task is to calculate the number of revolutions the proton makes while reaching a kinetic energy of 950 MeV, given specific parameters of the alternating voltage. The solution involves understanding the relationship between energy, voltage, and the number of revolutions in the context of circular motion in a magnetic field. The answer to the problem is 3536 revolutions."}