Hello. Could you please do this lab for AP Physics 1? It is about Pendulums, and just do the underlined parts of the lab. Do not develop a procedure. Just do Pre-Lab Activities, Guiding Questions, and Post-Lab Activity. I know it may seem a lot, but completing it correctly would mean the world to me. Thank you for all you do!

Exploring Pendulums In today's lab, you will be examining the different factors that play a role in the oscillations of pendulums. You will be looking to see the relationship between amplitude, length, and mass, and the period of oscillation. Materials: pendulum materials, washers, meter stick, timer Pre-Lab Activities: . Before you start collecting data, draw a diagram of a pendulum's motion. Label the following terms on the diagram: 0 Maximum and minimum speeds O Maximum and minimum accelerations o Maximum and minimum force O Maximum and minimum kinetic energies O Maximum and minimum potential energies Equilibrium position (where is the pendulum with no applied force) Procedure: Investigate the three factors (amplitude of oscillation, pendulum length, and mass of the pendulum bob), using good experimental design. Measure the period of oscillation for trials using five different amplitudes, lengths, and masses, and graph the period versus the independent variables. If the relationship appears to be exponential, you should square one of the variables in order to attempt to obtain a linear graph. Guiding Questions: What impact does the amplitude of oscillation have? If there is a relationship, is it linear? If there is a relationship, what would be a mathematical representation of it? What impact does the pendulum length have? If there is a relationship, is it linear? If there is a relationship, what would be a mathematical representation of it? What impact does the mass of the pendulum bob have? If there is a relationship, is it linear? If there is a relationship, what would be a mathematical representation of it? What are some potential sources of error in your experiment? Was your experimental procedure sound? Post-Lab Activity: Draw a smooth curve, position versus time graph of the motion of the pendulum