Inductive cooking system, comprising an induction hob having a plurality of inductive hotplates and in each case an inductive heating element in the form of a coil, the induction hob having a first inductive hotplate that has at least one first heating element, the first heating element being assigned to the first inductive hotplate, and the induction hob having a second inductive hotplate that has at least one second heating element, the second heating element being assigned to the second inductive hotplate, and comprising at least one first item of cookware which is arranged on the first inductive hotplate, and comprising a force sensor which is designed to detect a weight force and/or a change in the weight force of the first item of cookware with respect to the surface of the first inductive hotplate as a force measurement value and to transmit a signal of the force measurement value, and the induction hob being designed to receive the signal of the force measurement value from the force sensor of the first item of cookware, characterised in that the force sensor is formed in the item of cookware and the induction hob has an antenna for receiving the signal of the force measurement value, which antenna is formed separately from the coils of the heating elements, and the induction hob is designed to modulate the frequency of the inductive power of the first inductive hotplate by means of the at least one first heating element of the first inductive hotplate, in particular in a short period of time, and the induction hob is designed to modulate the frequency of the inductive power of the second inductive hotplate by means of the at least one second heating element of the second inductive hotplate, in particular in a short period of time, it being possible for the two inductive hotplates (21, 22) to be modulated with different frequencies, and the force sensor is designed to transmit a signal of the force measurement value that is changed during the modulation of the frequency of the inductive power as a result of the modulation of the frequency of the inductive power. comprising an induction hob having a plurality of inductive hotplates and in each case an inductive heating element in the form of a coil, the induction hob having a first inductive hotplate that has at least one first heating element, the first heating element being assigned to the first inductive hotplate, and the induction hob having a second inductive hotplate that has at least one second heating element, the second heating element being assigned to the second inductive hotplate, and comprising at least one first item of cookware which is arranged on the first inductive hotplate, and comprising a force sensor which is designed to detect a weight force and/or a change in the weight force of the first item of cookware with respect to the surface of the first inductive hotplate as a force measurement value and to transmit a signal of the force measurement value, and the induction hob being designed to receive the signal of the force measurement value from the force sensor of the first item of cookware, characterised in that the force sensor is formed in the item of cookware and the induction hob has an antenna for receiving the signal of the force measurement value, which antenna is formed separately from the coils of the heating elements, and the induction hob is designed to modulate the frequency of the inductive power of the first inductive hotplate by means of the at least one first heating element of the first inductive hotplate, in particular in a short period of time, and the induction hob is designed to modulate the frequency of the inductive power of the second inductive hotplate by means of the at least one second heating element of the second inductive hotplate, in particular in a short period of time, it being possible for the two inductive hotplates (21, 22) to be modulated with different frequencies, and the force sensor is designed to transmit a signal of the force measurement value that is changed during the modulation of the frequency of the inductive power as a result of the modulation of the frequency of the inductive power.