Ohm's law states that if the resistance of the path of current between two points is constant, then the voltage difference V between the points and the current I flowing between the points, measured in amperes, satisfy the relationship V=cI, where c is a constant. Which best describes the relationship between the rate of change with respect to time t of the voltage and the rate of change with respect to time t of the current?

Step-by-step explanation:

Ohm's law states that if the resistance of the path of current between two points is constant, then the voltage difference V between the points and the current I flowing between the points, measured in amperes, satisfy the relationship :

V = cI ....(1)

Where c is a constant

Differentiate equation (1) wrt t as follows :

Where dV/dt is the rate of change of voltage and dI/dt is the rate of change of current.

well there are two answers for that.

1: you need 120 ones then that will equal up to 120.

2: you could also do one 100 and 2 tens.

those are the answers that i have thought of.