Two identical inductance carry currents that vary with time according to linear laws (as shown in figure). In which of two inductance is the self induction emf greater?

Two identical inductances carry currents that yarr with time according to linear laws, In which of the two inductances is the self-induction emf greater? Will the values or signs of the self-induction emf's change if the currents begin to increase in the opposite direction after they pass through zero (with the linear laws retained in the process)?

The current (I) in the inductance is varying with time according to the plot shown in figure. Which one of the following is the correct variation of voltage with time in the coil?

The current (I) in the inductance is varying with time according to the plot shown in figure. Which one of the following is the correct variation of voltage with time in the coil?

The current (I) in the inductance is varying with time according to the plot shown in figure. Which one of the following is the correct variation of voltage with time in the coil?

The current (I) in the inductance is varying with time according to the plot shown in figure Which one of the following is the correct variation of voltage with time in the coil ?

Self induction of a coil varies

The current (I) in the inductance is varying with time according to the plot shown in figureWhich one of the following is the correct variation of voltage with time in the coil?

The current i in an induction coil varies with time according to the graph shown in figure. Which of the following graph shows induced emf in the coil with time:

The current i in an induction coil varies with time according to the graph shown in figure. Which of the following graph shows induced emf in the coil with time: