The invention discloses a decorating part with force induction and vibration feedback functions. The decorating part comprises a panel and a control circuit board for activating preset functions according to tough positions on the panel and the magnitude of force. The panel is fixedly connected with a capacitive diaphragm for transmitting signals to the control circuit board when an operator touches different areas of the panel, an elastic sheet for being fixedly connected with the panel and deforming when the panel is stressed to deform and an induction conductor for generating capacitive signal changes when the elastic sheet deforms are further included, and an electromagnetic component for generating a magnetic field to allow the elastic sheet to move is arranged below the elastic sheet. The invention further discloses a car including the decorating part with the force induction and vibration feedback functions. A touch function, the force induction function and the vibration feedback function can be integrated on the decorating part, and therefore the seamless design requirement of the decorative part can be met.