Classroom Clips | media for educators and students

Drag

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	Weight and Aerodynamics NASA Connect segment explaining the forces that affect the X-33 and how these forces relate to everyday objects. The video explores weight and aerodynamics and how to design vehicles to become more efficient. Grades 3-5 \| 6-8 Science
	Transforming Flight NASA Connect segment explaining NASA's involvement in transforming the future of aircraft. The segment also looks at how biology is used in aircraft design, the relationship between pressure and force, and how computer simulators help with design. Grades 6-8 Science
	Kite Student Activity NASA Connect segment involving students in an activity investigating kites and their impact on the early stages of flight. The activity uses math concepts such as geometric shapes, aspect ratios, and area. Grades 6-8 Mathematics
	First Flying Machines NASA Connect segment exploring the first flying machines including their design and development. The host demonstrates the flight simulator of the original glider. Grades 3-5 \| 6-8 Science
	Aerodynamic Forces NASA Connect Segment that explains aerodynamic forces that affect aircraft performance and how these forces relate to each other. Grades 6-8 Science
	Drag Activity NASA Connect Segment involving students in an activity to create a wind tunnel to test the effect of drag while emphasizing data analysis. Grades 6-8 Science \| Mathematics
	Forces of Flight NASA Connect segment explaining the fundamentals of flight and the science behind it. Grades 6-8 Science
	Airflow Algebra and Geometry NASA Connect Segment explaining air flow. The video describes how drag, lift, and thrust work. Grades 3-5 \| 6-8 Science \| Mathematics
	Drag Activity Part Two NASA Connect Segment involving students in a classroom activity. The video explores how surface area affects drag. Grades 3-5 \| 6-8 Mathematics \| Computer-Technology
	Drag Activity Part One NASA Connect Segment involving students in a classroom activity called What A Drag. The video explores how shape affects drag. Grades 3-5 \| 6-8 Mathematics \| Computer-Technology

	Sort by Title
	Weight and Aerodynamics NASA Connect segment explaining the forces that affect the X-33 and how these forces relate to everyday objects. The video explores weight and aerodynamics and how to design vehicles to become more efficient. Grades 3-5 \| 6-8 Science
	Transforming Flight NASA Connect segment explaining NASA's involvement in transforming the future of aircraft. The segment also looks at how biology is used in aircraft design, the relationship between pressure and force, and how computer simulators help with design. Grades 6-8 Science
	Kite Student Activity NASA Connect segment involving students in an activity investigating kites and their impact on the early stages of flight. The activity uses math concepts such as geometric shapes, aspect ratios, and area. Grades 6-8 Mathematics
	First Flying Machines NASA Connect segment exploring the first flying machines including their design and development. The host demonstrates the flight simulator of the original glider. Grades 3-5 \| 6-8 Science
	Aerodynamic Forces NASA Connect Segment that explains aerodynamic forces that affect aircraft performance and how these forces relate to each other. Grades 6-8 Science
	Drag Activity NASA Connect Segment involving students in an activity to create a wind tunnel to test the effect of drag while emphasizing data analysis. Grades 6-8 Science \| Mathematics
	Forces of Flight NASA Connect segment explaining the fundamentals of flight and the science behind it. Grades 6-8 Science
	Airflow Algebra and Geometry NASA Connect Segment explaining air flow. The video describes how drag, lift, and thrust work. Grades 3-5 \| 6-8 Science \| Mathematics
	Drag Activity Part Two NASA Connect Segment involving students in a classroom activity. The video explores how surface area affects drag. Grades 3-5 \| 6-8 Mathematics \| Computer-Technology
	Drag Activity Part One NASA Connect Segment involving students in a classroom activity called What A Drag. The video explores how shape affects drag. Grades 3-5 \| 6-8 Mathematics \| Computer-Technology

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