You got a summer job in one of Disney's amusement parks and due to your recent knowledge in the General Physics course. In the cars that take passengers along a section (path) to circulate in the amusement park, a special electronic sensor has been embedded. The sensor measures the magnitude of the normal force that the seat exerts on the passenger. The attraction of the circular loop is in the vertical plane and its radius is 21 m. Initially the passenger is sitting in the seat before the attraction begins, the passenger is level and still, and the electronic sensor reads 770 N. At the top of the circular loop (path), the passenger is upside down and moving, and the sensor reads 350 N. It is suspected that when the sensors are embedded at the top of the loop (circular lane), these sensors are decalibrated. You must determine if this sensor has been decalibrated. For them, determine that the speed of the passenger at the top of the loop (path or circular track) is in an acceptable calibration interval, between 16 m/s and 18 m/s. Sketch [Draw a sketch that represents the situation of the problem, while showing all the variables included in it (vectors or scalars as forces, velocity, displacement, position, etc.).] Approach [Mention all the laws, principles, or concepts, as well as the mathematical equations that solve this problem. Step by step.] Solution [Develop the physical or mathematical equations used for the solution of the problem and highlight the partial and final answers. Be clear and organized.]