Rocketry_Grp3

The area and facilities where rockets or spacecraft lift off

• Trajectory

• Parachute

• Launch Pad

• Thrust

Three laws that describe how objects move in relation to the forces acting on them.

• Aerodynamics

• Center of Mass

• Launch Pad

• Laws of Motion

The path followed by an object moving through space

• Propulsion

• Trajectory

• Gravity

• Thrust

Which statement best defines Newton's Third Law of Motion?

• An object at rest will stay at rest.

• The more mass there is the longer it will take to accelerate compared to an object with a smaller mass.

• An object in motion will stay in motion until a stronger, unbalanced force is acted upon the object.

• For every action there is an equal and opposite reaction

The front part of the rocket designed to cut down drag (wind resistance) as the rocket is propelled through the air

• drag

• nose cone

• igniter

• stability

A force that tends to draw all bodies in the Earth’s sphere towards the center of the Earth.

• gravity

• thrust

• mass

• force

What is Newton's First Law known as? The Law of

• Friction
• Mass
• Inertia
• Gravity

If you double the mass of an object with the same force apply on it, the acceleration will

• double
• cut in half
• the same
• zero

Motions about the _____ result in the nose of the rocket moving side to side.

• Pitch Axis

• Yaw Axis

• Roll Axis

• None of the above

Motion about ______ is an up or down movement of the nose of the rocket.

• Pitch Axis

• Yaw Axis

• Roll Axis

• None of the above