Could somehelp me form a data table with the observations i have completed? it would really mean a lot as i do not know where to start.

caps lock Lab - The Millikan Experiment Name(s): Purpose: Write a statement outlining the purpose of this lab. Introduction: Explain the background of Millikan's experiment: what was he trying to do and a brief overview of how he did it. Explain how your procedure will model Millikan's procedure. Hypothesis: Not required Equipment: Provide a bulleted list of the materials and equipment used in the lab. Procedure: You will be expected to develop a procedure for this lab. You will be provided with several opaque bags containing an unknown number of items. Each bag will contain a different number of items. Your goal will be to determine the mass of a single object. You may request additional information if you like but it may or may not be provided. Observations: Create a data table in which to record your observations. Analysis: 1. Using your data, determine the mass of a single object. 2. What two key assumptions did you have to make in order for your procedure to be a valid one for determining a single mass? (Hint: you were explicitly told one assumption.) 3. Did you have to alter your procedure during the course of the lab? If so, how and why? Conclusion: Follow the lab marking guide.Question #2 There are two assumptions that need to be made: - The rst assumption is that the masses of the objects are equal. Each of the (11) objects must have the same mass, otherwise the formula for the mass of a single object MED: Mass of all objects I n cannot be applied as this formula is valid only when the masses are uniform. - The second and final assumption is that the bag with staples is used for all the trials completed: Each time the same empty bag must be used, as the same mass is being subtracted each time from the total mass to obtain the actual mass of all the objects.Analysis: Question #1 Bag 1: mass ef a single object = hag] empty bag with staples f 11 M80 = 16.62g 153g f 11 MSG = 9114 f 11 grams, where his the DC] of objects. The same procedures will apply to all the rest of the other bags. Bag 2: MSG = 13.63 I 11 grams \fQuestion #3 Yes, an altar had to be made during the procedure of the lab. The procedure includes the parts where the mass of each bag is needed to be measured twice : including and excluding the objects the bag contains. Though it's assumed that the mass of each empty bag is the same, we need to conrm it during the experiment. Now, in order to take the measurement of the mass of the empty ha g, we need to take out the objects from the bag. Hence, this is how and why the procedure of lling and emptying the bags are altered during the course of the lab. Conclusion: Overall, the total mass of all objects in any bag is an integral multiple of M30 (Mass of a single object). The M30 is the smallest possible mass and hence, it can be used as the unit of mass. This is similar to the milan experiment. The M50 is analogous to the electronic charge, e = 1.6 x inc-19 e, since \"e\" is the smallest possible charge in nature and an}F other charge must be an integral multiple o \"e"