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Name: ID: Circle Gender & Grade: Male or Female 6 7 8 9 10 11 12 Teacher: Class Period: Subject: Date: Discrepant Design: Exploring Levers in the Body PRE×Post Test ANSWER SHEET For each item, carefully
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How to fill out discrepant design exploring levers

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How to Fill out Discrepant Design Exploring Levers:

01
Start by understanding the concept of discrepant design. Discrepant events or designs are experiments or activities that are unexpected or generate surprising results. These designs are useful for promoting critical thinking and problem-solving skills among learners.
02
Identify the area or topic you want to explore using discrepant design. In this case, you want to explore levers. Levers are simple machines that have a fulcrum, an effort force, and a load. They can be used to multiply or change the direction of force.
03
Determine the materials you will need for your discrepant design exploring levers. This can vary depending on the specific lever you want to investigate, but some common materials may include a lever (such as a ruler), various objects (like books or weights), and a fulcrum (which can be a pencil or a block).
04
Set up the experiment by placing the fulcrum (pencil or block) at a specific point along the lever (ruler). Ensure that the lever is stable and can move freely.
05
Select different objects or weights to act as the load and determine the effort force needed to lift them using the lever. This will help you understand how different lever lengths and positions affect the force required to move an object.
06
Document your observations and results. Take notes on the distance from the fulcrum to the effort force and load, as well as the force applied to move the load. This will help you analyze any discrepancies or unexpected outcomes that may arise.
07
Reflect on the results of your experiment. Consider the relationships between the position of the fulcrum, effort force, and load, and how they impact the movement of objects. This will help you understand the principles behind levers and discover any patterns or trends.

Who Needs Discrepant Design Exploring Levers:

01
Teachers: Discrepant design exploring levers can be a valuable tool for educators to engage students in hands-on learning experiences. By integrating discrepant events into their lessons, teachers can promote critical thinking, problem-solving skills, and scientific inquiry among their students.
02
Students: Students of various ages and grade levels can benefit from exploring levers through discrepant design. It allows them to actively participate in the learning process, observe unexpected outcomes, and make connections between theory and practical applications.
03
Science Enthusiasts: Individuals with a keen interest in science and engineering can also enjoy exploring levers through discrepant design. It provides an opportunity to engage in experimental investigations, explore cause-and-effect relationships, and deepen their understanding of mechanical principles.
In conclusion, filling out discrepant design exploring levers involves understanding the concept, choosing the materials, conducting the experiment, documenting observations, analyzing results, and reflecting on the outcomes. This activity can be beneficial for teachers, students, and science enthusiasts looking to enhance their understanding of levers and promote critical thinking skills.
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Discrepant design exploring levers is a process of investigating discrepancies or issues related to the design of levers.
Anyone involved in the design and development of levers, such as engineers, designers, and manufacturers, may be required to file discrepant design exploring levers.
Discrepant design exploring levers can be filled out by documenting the discrepancy, its impact, proposed solutions, and any follow-up actions taken.
The purpose of discrepant design exploring levers is to identify, address, and prevent issues or discrepancies in the design of levers.
Information such as the nature of the discrepancy, potential consequences, proposed solutions, and actions taken must be reported on discrepant design exploring levers.
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