How would you answer this using the information given? Good evening, Class. You will be writing a mock introduction for
Posted: Sun Jul 10, 2022 3:40 pm
How would you answer this using the informationgiven?Good evening, Class. You will be writing a mock introduction foryour practice report. This exercise will get you ready to write areal lab report assignment in the future. Also, this is not goingto be marked but follow the information below.Goodnight! Guidance: The first part of your introductionserves to introduce the reader of the report to the concept beinginvestigated. It should include some real world applications anddefinitions of key terms that will be used in the lab. You shouldinclude some visual elements such as pictures or videos to supportyour description of the background knowledge. You should thendescribe what you saw in this lab.
So for this lab, you need to include a brief summary of freefall motion that is supported with visuals and a description ofwhat we observed (had we done the lab in real life).
Testable question: How does position depend ontime on a free falling motion, for short distance, near the surfaceof the earth?
Data will be collected using the one or all of the followinginformation:
Raw video of a small ball falling down
Raw video of a large dodge ball falling down
Marked video of a small ball falling down
Marked video of a large dodge ball falling down
Picture of the starting frame/position of the small ball
Picture of the starting frame/position of the large ball
Picture of the last frame/position of the small ball
Picture of the last frame/position of the small ball
Graph 1:
Graph 2:
Figure 1: This graph shows the position and corresponding time of the small ball dropping. (Each point is measured 9 frame/s apart.) Times (s) 0 0.0375 0.075 0.1125 0.15 0.1875 0.225 0.2625 0.3 0.3375 0.375 0.4125 0.45 0.4875 Position (cm) 0 1 3 8 12 18 26 35 46 58 71 86 102 118
Figure 2: This graph shows the position and corresponding time of the large dodge ball dropping. (Each point is measured 9 frame/s apart.) Times (s) 0 0.0375 0.075 0.1125 0.15 0.1875 0.225 0.2625 0.3 0.3375 0.375 0.4125 0.45 Position (cm) 0 2 4 8 14 22 30 38 48 60 72 86
Introduction "Kinematics is the term used by physicists and engineers to describe the study of how objects move (DiGiuseppe, 2011, p.8)" This study of motion is important as it aides' humanity with daily tasks such as traveling, whether that be on foot or by car. Scalar is a quantity that will only have a magnitude such as speed and position (DiGiuseppe, 2011). Speed will describe how fast an object is traveling, whereas position is the relation between a reference point and a I distance, as well as the direction of an object. Distance would detail the total length an object has covered in a specified amount of time. Another important term is vector which is a quantity that has both magnitude and direction. Some examples include displacement, velocity and acceleration. Displacement is the relation between a reference point to the distance and direction of an object. Velocity "is defined to be the change in position divided by the time of travel (Khan Academy, n/d)." Acceleration is known as the rate of change of a velocity and will indicate if how fast the velocity is increasing and or decreasing
So for this lab, you need to include a brief summary of freefall motion that is supported with visuals and a description ofwhat we observed (had we done the lab in real life).
Testable question: How does position depend ontime on a free falling motion, for short distance, near the surfaceof the earth?
Data will be collected using the one or all of the followinginformation:
Raw video of a small ball falling down
Raw video of a large dodge ball falling down
Marked video of a small ball falling down
Marked video of a large dodge ball falling down
Picture of the starting frame/position of the small ball
Picture of the starting frame/position of the large ball
Picture of the last frame/position of the small ball
Picture of the last frame/position of the small ball
Graph 1:
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Figure 2: This graph shows the position and corresponding time of the large dodge ball dropping. (Each point is measured 9 frame/s apart.) Times (s) 0 0.0375 0.075 0.1125 0.15 0.1875 0.225 0.2625 0.3 0.3375 0.375 0.4125 0.45 Position (cm) 0 2 4 8 14 22 30 38 48 60 72 86
Introduction "Kinematics is the term used by physicists and engineers to describe the study of how objects move (DiGiuseppe, 2011, p.8)" This study of motion is important as it aides' humanity with daily tasks such as traveling, whether that be on foot or by car. Scalar is a quantity that will only have a magnitude such as speed and position (DiGiuseppe, 2011). Speed will describe how fast an object is traveling, whereas position is the relation between a reference point and a I distance, as well as the direction of an object. Distance would detail the total length an object has covered in a specified amount of time. Another important term is vector which is a quantity that has both magnitude and direction. Some examples include displacement, velocity and acceleration. Displacement is the relation between a reference point to the distance and direction of an object. Velocity "is defined to be the change in position divided by the time of travel (Khan Academy, n/d)." Acceleration is known as the rate of change of a velocity and will indicate if how fast the velocity is increasing and or decreasing