calculate the acceleration due to gravity, by accurately timing the period of a pendulum

calculate the acceleration due to gravity, by accurately timing the period of a pendulum
calculate the acceleration due to gravity , by accurately timing the periodof a pendulum. You are required to design, perform, and write a report on the experiment in groups of upto 2 students (students may work individually if they wish). The report should be at least 2-3 pages long.
Your experimental report should contain the following four sections:• An introduction that states the purpose of the experiment (why the study was undertaken).• A methodology that describes the materials used, the method (steps) for performing the experiment,and experimental design process (how the study was done).• A results and discussion section that includes your calculated value for the acceleration due togravity, the uncertainty in the measurement, and a discussion of your result including any issues,sources of error or possible improvements ( what the study found).• A conclusion that summarises your experiment.
state the purpose of the experiment and what you are aiming to achieve. It shouldalso introduce any concepts or information that is relevant to your experiment. (For example, what is theacceleration due to gravity and how can a pendulum be used to calculate it?)
describe what materials are required and how to perform your experiment. A thoroughexplanation of the design process also needs to be included. The methodology should be the main section ofyour report.
Some of the main issues your experimental design process should consider are:• Measurement of pendulum length and centre of mass;• Measurement of period (including human reaction times);• Choice of materials (the type of string used, etc);• Influences other than gravity.
You should discuss the effects of these (and other) issues, and how your experimental design minimises anynegative impacts. A researcher should be able to completely replicate (exactly repeat) your experiment basedon the introduction and methodology.
Results and Discussion (10 marks)This section should include the results of your experiment (what was the length of your pendulum, theperiod, and the calculated value for g), uncertainty calculations, and a discussion of the experiment and theseresults. Were the results what you expected? If not, why not? What went right and wrong during yourexperiment? How could you improve your experiment?repeat the most important information you have presented in other sections (results, major achievements, etc).