I need assistance to develop a sample lab report based on the instructions I will provide. Please assist me, I really need your help because this lab report is very important. I will add the link to the virtual lab for you. This is supposed to be a lab report on wave of a string. I will attach pictures of how the assignment should look like, please do not use that to make this one. I will provide a testable question, you can use it if you wish to or make your own.

Virtual Lab Link: https://phet.colorado.edu/sims/html/wave-on-a-string/latest/wave-on-a-string_en.html

In the study of sound waves, it is recognized that these waves possess the ability to propagate through different mediums, including water, air, and even solids. In this assignment, the aim is to utilize a simulation to strategize and execute an investigation aimed at determining the speed of oscillating waves on a string. The task also involves computing theoretical values and subsequently comparing them to the empirical observations acquired from the experimental test.

In the pursuit of this objective, the following steps should be taken into consideration:

1. Determine the Testable Question: The first step is to ascertain the testable question that you intend to explore. If you encounter any difficulties in formulating a testable question, it is advisable to review the simulation for potential ideas. Importantly, the chosen testable question should be one that can be addressed through quantifiable data rather than relying solely on qualitative observations. (For example: What is the relationship between wave speed and tension in a string, when all other factors are held constant?)

2. Propose a Reasonable Hypothesis: Subsequent to the selection of the testable question, the following phase involves proposing a sensible hypothesis for the experiment that is to be conducted. The hypothesis should provide an explanation regarding how alterations in the independent variable will influence the dependent variable. It is reiterated that the change in the dependent variable must be quantifiable.

3. Develop the Experiment Procedure: Following the formulation of the hypothesis, the experiment's procedure must be meticulously devised. The procedure should be both highly specific and detailed, to the extent that it allows another scientist to replicate the experiment precisely by following the same steps. The instructions for outlining the procedure should be in the present tense.

Upon completing the experiment, the subsequent step involves the composition of a comprehensive lab report. VERY IMPORTANT: This report should encompass various sections, including the testable question, hypothesis, materials, procedure (inclusive of identified variables), observations, results, discussion, and conclusion.

Discussion: This lab examines a string that vibrates in slow motion, wiggles the edge of the string also make waves, regulates the frequency, amplitude of an oscillator. Wave that happens in a string describes a transverse wave. In a transverse wave, the wave path remains perpendicular to the direction that the chain oscillates in. In this lab, when tension is low, after 20 cm it rotates the string, but at the end, the string is at only jumps slowly. While, when tension is medium, after 15 cm the string rotates, but at the end of the string, it starts tojump up and down at a normal speed. When tension is high, the string starts with steady motion, at the end of the string, it creates a wave moving faster than a normal speed. Conclusion: The results prove when tension changes speed also does change because tension makes wave go much quicker. When it started with high, it was as it full speed while, when tension got lower, speed also changed. How can the speed of oscillating waves on a string be tested in this lab with different tension speed (low, medium, high)? By changing tension, speed also changes, as string moves on oscillating wave. Resources: The Speed of a Wave. (n.d.). Retrieved January 01, 2018, from http://www. physicsclassroom.comfclasslwaves/Lesson-2/The-Speed-ofa-Wave Wave on a String - Report PurposelQuestion: How can the speed of oscillating waves on a string be tested in this lab with different tension speed (low, medium, high)? Hypothesis: As the string starts, the string will go faster as it will have higher tension, when the tension is medium (small or higher) the string will move in a normal speed, when tension is slow, the string will move in a slow speed. This will happen because tension makes the wave move much faster. Materials: PhET (Wave on a String) Timer Ruler Procedure: 1. Oscillate, adjusted amplitude, frequency, damping were selected and adjusted to 50. Ruler and Time, was selected and adjusted ruler for exact values Made sure Fixed End was selected Started with higher tension Then adjusted to medium and checked its speed AftenNards adjusted tension to low, checked its speed Recorded in the table Distance meter was 10 cm in order to calculate time. 9039399390!\" Observation: As tension speed got changed speed also changed. For example, the crest of an ocean wave moves a distance of 20 meters in 10 seconds, then the speed of the ocean wave is 2.0 mls. Further, if the crest of an ocean wave moves a distance of 25 meters in 10 seconds with the same amount of time, the speed of this ocean wave is 2.5 mfs. Results: \"1- \"n \"n\