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in this video were going to talk about how to plot the dc load line for a circuit in base bias configuration and also how to determine the cue point values of ic and vce so rc is 3k the base resistance is 500 kilo ohms this is the base of the npn transistor thats the collector and this is the emitter so the first thing we need to do is calculate the maximum saturation current by the way the dc load line is a line that shows the values of ic and vce so you have vce on the x-axis ic on the y-axis ic is the current flowin to the collector of the transistor ie is the current flown from the emitter of the transistor ib is the base current vce that is the voltage across the collector and the emitter of the transistor its vc minus ve so the first thing you want to do is calculate the maximum saturation current for this particular circuit it is the collector supply voltage divided by rc the collector supply voltage is 12. rc is 3 kilo ohms 12 volts divided by 3 kilo ohms is equal to 4 mill