Experiment 1: Distance of Free FallIn this experiment you will explore the time it takes for hex nuts at varying initial distances to hit the ground as a result of free fall. Hex nuts will be tied to a string, which will provide audible data for the rate of free fall as they hit a metal pan.MaterialsCatch Pan6 Hex NutsScissorsStopwatch2.5 m String Tape Measure*Something Tall to Stand On*You Must ProvideProcedure1. Develop a hypothesis for testing the effect of varying distances on time for objects in free fall. What do you predict will happen? Record your hypothesis in the Post Lab section in the answer space for Question 1. 2. Use the measuring tape and scissors to measure and cut 2.5 m of string. 3. Tie the hex nuts 40 cm apart along the length of the string, starting with one on the end. There may be extra string on one end of the set up. 4. You will have to stand on something tall enough for the length of string to be suspended. Try a chair, a ladder, or stairs with an open railing to one side. See Figure 6for set up. LAB SAFETY: Be careful that you are fully supported with whichever method you choose.© 2014 eScience Labs, LLC.All Rights ReservedFigure 6: Nut spacing for Experiment 1.5. Hold the string over the pan so that the first hex nut is slightly above the metal surface. Let the hex nuts come to as much of a rest as possible before dropping them.6. Let go of the string and observe the resulting pattern of “clangs” as each hex nut hits. Do this several times to get an idea for the pattern. 7. Keeping one hex nut on the end, change the spacing between each successive hex nutto follow the series: 9, 27, 45, 63, and 81 cm (Figure 5b). Drop the string several timesto observe the new pattern. 8. Remove one hex nut from the string. 9. Use the tape measure to choose a distance no taller than the top of your head. Mark the height with a piece of tape on a wall or stable, vertical surface. Record your drop height in Table 1. 10. Use the stopwatch to record how long it takes the hex nut to hit the metal pan in Table 1. Repeat two more times, and find the average. DataTable 1: Washer Free Fall DataTrial Drop Height (m) Time (s)1 1.5 0.302 0.353 0.28Average 0.31Auditory Observations of Equally Spaced Hex Nut Pattern:Auditory Observations of Unequally Spaced Hex Nut Pattern:© 2014 eScience Labs, LLC.All Rights ReservedPost-Lab Questions1. Record your hypothesis from Step 1 here. Use evidence from your results to explain if your hypothesis was supported or not.i) Falling undergo accelerationii) The final velocity of falling object is higher than initial2. What was the difference between the noise patterns for equally spaced hex nuts compared to the unequally spaced hex nuts?For the equally spaced hex nuts the noise that is created as the nuts hit the pan has a shorter distance between each nut that strikes the pan. While the unequally spaced hex nuts there is two close hits then the noise is slightly spaced out. 3. What caused the differing noise patterns?Due to difference in spacing pattern and acceleration for the first case spacing patternis same as compared to the second where they spread further 4. Define the independent and dependent variables in the experiment.Hex nuts are the independent variables while the noise pattern is the dependent variable© 2014 eScience Labs, LLC.All Rights