1. The problem statement, all variables and given/known data Question 1: For the circuit below, determine what happens at maximum resistance when varying the 10K (decade box) variable load. Question 2:Explain the answer to the previous question, in terms of voltage compliance of the current source. Question 3:What causes detectable variations in output current as the load is varied within the compliance range. Question 4:Verify the explanation in the previous question, by making use of diagrams. https://scontent-a.xx.fbcdn.net/hphotos-frc3/t1.0-9/10169340_10152051867080919_2806929430313118200_n.jpg 2. Relevant equations No equations 3. The attempt at a solution Solution 1: At maximum resistance, the saturation is reached, and the diode does not work properly anymore, as the collector current begins to drop. Solution 2: At maximum resistance, the collector current and the emitter voltage will change from being 1mA, and 1 V, respectively. Solution 3: The detectable variations in output current are the due to the the ammeter's installation into the circuit. Solution 4: In the diagram below, the top figure is actual data collected from experiment, and the lower image is a theoretical model of how transistors function. The similarities can be seen. https://fbcdn-sphotos-c-a.akamaihd.net/hphotos-ak-prn2/t1.0-9/10301071_10152051925355919_7760044223328917828_n.jpg Are all four of my answers correct?