not matter what the value of m2 is, the same forces are acting on it. You must draw your figures below. (4 points) 3. Using your data from Part 2 when ml=.110 kg and m2-0.130 kg, and the equation from the Background section, calculate the tension (T) on my. Using this same data and the equation from the background section, calculate the tension (T) on my. Show all work below. Are your tension values the same or different? Is this scientifically expected? Explain. (4 points) 4. Ideally, is it possible for my to be in motion if the net force is zero? If your answer is "yes, explain what specific conditions are required for this to occur. If your answer is "no, explain in detail why this cannot occur. (2 points) 5. What are the two most significant sources of error in this experiment? What is the uncertainty from each one of these sources of error (i.e. how much did each source of error affect your measurement - these are two numbers)? How did you come up with these numerical values for each of the uncertainties? (4 points) 6. Use percent uncertainties to determine which source of error from question 5 is more significant. Show all work below. (2 points)