What curve on the J vs E graph illustrated below represents
     What curve on the J vs. E graph illustrated below represents Ohmic behavior?  ![What curve on the J vs. E graph illustrated below represents Ohmic behavior? Solutionvoltage / current = a constant [called its resistance] usually stated as R  What curve on the J vs. E graph illustrated below represents Ohmic behavior? Solutionvoltage / current = a constant [called its resistance] usually stated as R](/WebImages/15/what-curve-on-the-j-vs-e-graph-illustrated-below-represents-1022927-1761529294-0.webp) 
  
  Solution
voltage / current = a constant [called its resistance]
 
 usually stated as R = V / I or I = V / R
 
 If you are plotting a graph with I up the y-axis and V along the x-axis, this is an equation of the form
 
 y = mx which is a straight line through the origin with a gradient m = 1/R
option C
![What curve on the J vs. E graph illustrated below represents Ohmic behavior? Solutionvoltage / current = a constant [called its resistance] usually stated as R  What curve on the J vs. E graph illustrated below represents Ohmic behavior? Solutionvoltage / current = a constant [called its resistance] usually stated as R](/WebImages/15/what-curve-on-the-j-vs-e-graph-illustrated-below-represents-1022927-1761529294-0.webp)
