Unknown Organization (20240212523). FREE-FALL EXPERIMENTAL APPARATUS FOR HIGH SCHOOL PHYSICS simplified abstract
Contents
FREE-FALL EXPERIMENTAL APPARATUS FOR HIGH SCHOOL PHYSICS
Organization Name
Inventor(s)
Yuxuan Shang of Irvine CA (US)
FREE-FALL EXPERIMENTAL APPARATUS FOR HIGH SCHOOL PHYSICS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240212523 titled 'FREE-FALL EXPERIMENTAL APPARATUS FOR HIGH SCHOOL PHYSICS
The abstract describes a free-fall experimental apparatus for high school physics, including components for negative pressure pumping and height adjustment, as well as various self-resetting assemblies for conducting experiments.
- Negative pressure component for negative pressure pumping
- Height adjustment component for adjusting experimental height
- Experimental assembly for conducting free-fall experiments
- Pulling type movable assembly
- Upper and lower opening self-resetting assemblies
Potential Applications: - High school physics education - Physics research and experimentation
Problems Solved: - Facilitates hands-on learning of free-fall concepts - Provides a controlled environment for conducting experiments
Benefits: - Enhances understanding of physics principles - Encourages student engagement and interest in science
Commercial Applications: Title: "Innovative Free-Fall Experimental Apparatus for Physics Education" This technology could be used by educational institutions, science centers, and physics laboratories to enhance physics education and research.
Questions about the Free-Fall Experimental Apparatus: 1. How does the negative pressure component contribute to the functionality of the apparatus? The negative pressure component enables negative pressure pumping within the experimental assembly, creating a controlled environment for conducting free-fall experiments.
2. What is the significance of the self-resetting assemblies in the experimental assembly? The self-resetting assemblies, both upper and lower opening, allow for repeated experiments without the need for manual resetting, saving time and ensuring consistency in results.
Original Abstract Submitted
a free-fall experimental apparatus for high school physics is disclosed. the apparatus includes a base, said base being installed with a negative pressure component for negative pressure pumping within the experimental assembly; said base being installed with a height adjustment component for adjusting the experimental height of the experimental assembly; said base being installed with an experimental assembly for conducting a free-fall experiment; said experimental assembly comprising a pulling type movable assembly, an experimental block, an upper opening self-resetting assembly, a retractable assembly and a lower opening self-resetting assembly.
