SCIENCE

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Overview:
This project involved comparing two methods for measuring string density: the Linear Density method and the Tension method. The objective was to determine the accuracy and reliability of each method in quantifying string density, which is crucial in fields such as musical acoustics and material science.

Key Concepts Explored:

• Wave propagation and string vibrations
• Measurement techniques in physics
• Tension and linear mass density relationships

What I Learned:
I gained a deeper understanding of how different measurement techniques can yield varying results and the importance of selecting the appropriate method for specific applications. This project also honed my skills in precision measurement and data analysis.

Outcome:
The analysis revealed that while both methods are effective, the Tension method provides more consistent results under controlled conditions, making it preferable for applications where high accuracy is required.

Overview:
In this project, I explored how different putter designs affect the motion of a golf ball. The goal was to understand the physics behind the interaction between the putter and the golf ball, focusing on factors such as angle, force, and the material of the putter.

Key Concepts Explored:

• Kinematics and dynamics of motion
• Impact force and momentum transfer
• Material science in sports equipment

What I Learned:
This project enhanced my understanding of how subtle design changes can influence performance in sports. I learned how to apply principles of mechanics to analyze and predict the motion of objects, as well as the importance of material properties in optimizing equipment design.

Outcome:
The findings showed that putter design impacts the ball's trajectory and speed, providing insights that could be applied to improve golf equipment for players of varying skill levels.

Through these projects, I’ve deepened my understanding of physics and sharpened my problem-solving skills. Each project was an opportunity to connect classroom learning with practical applications, pushing the boundaries of my knowledge and preparing me for future challenges in the field of engineering.