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They could have be sleek, smooth, and reduces air resistance.
What else can I help you with?
How can the shapes of a boat and an airplane help them move faster?
They could have be sleek, smooth, and reduces air resistance.
How can the shapes of a boat and an airplane help them move?
They could have be sleek, smooth, and reduces air resistance.
How does the bodyshape of an airplane help it in flying?
Streamlined shapes help aerodynamics and speed .
What is the Similarity among shoe airplane boat?
they all help you travel!
What makes an airplane move faster?
An airplane can move faster by increasing the power from its engines, adjusting its angle of attack to reduce air resistance, and by flying at a higher altitude where the air is thinner and provides less drag. Upgrading to more aerodynamic designs and reducing the weight of the aircraft can also help it move faster.
How did henery flagler help Florida grow?
He helped flordia grow by using trains to transfer citrus faster then boat.
How would elevaters help on an airplane?
Elevators help an airplane rise and descend by tilting its angle of flight.
When docking your boat what is recommended?
Use lines and cleats to help maneuver your boat.
How does a wing help an airplane fly?
The wind pushes the airplane helping it to stay in the air and fly.
What does a fuselage do to help an airplane fly?
in a conventional airplane it connects the wing to the control surfaces in the tail.
How is aerodynamics used to make things more streamlined?
Aerodynamics is used to design shapes that minimize air resistance, or drag, as an object moves through the air. By reducing drag, objects can move more efficiently, whether that be an airplane in flight, a car on the highway, or a cyclist riding at high speeds. Streamlined shapes, like teardrops, help objects cut through the air more effectively, reducing energy consumption and improving performance.
How does streamline body help the penguin to swim faster?
Streamlining (whether it is in a bird, fish, airplane, car, etc) reduces drag. Less drag permits greater speed at the same energy expenditure.
