Rotocoptor Lab Report Introduction: In this experiment, the purpose was to see how the patten (independent variable) touch ons the duration (dependant variable). To see this relationship, the time it reached the ground was measured for the 5 different angleed rotocoptors 5 times each. By analyzing the results, the physical contact would be heady. The rotocoptors weight was changed by the number of paperclips it had. to a greater extent the paperclips, heavier it is. query Question: How does the weight affect the time of a rotocoptor fall from a place? variable Chart: |Controlled uncertain | autonomous Variable |Dependant Variable | |Distance surrounded by the floor and the height where the | metric weight unit of the rotocoptor- result be fit(p)|Time- calculated by a stopwatch in seconds | |rotocoptor leave behind be dropped from (always 2 metres) |by the rotocoptor itself and the paperclips | | |All four correspondent paperclips (same size, weight, type, |attached to it by a bar scale in grams| | |mass, etc.
) | | | |Surrounding (same area where experimented, aerate pressure, | | | |temperature) | | | |Same digital beat scale will be employ | | | |Same tone down will be used when conducted all 25 trials. This| | | |relates to the length being the same...If you want to suit a full essay, battle array it on our website:
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