Not so much the shape of the nose that affects the flight of a paper plane, but the weight.
If the weight of the plane isn't distributed properly the angle of attack is too small or to large making the plane nose dive or stall.
Make sure there is weight in the center of gravity of your model.
It shifts the center of gravity forward. If the paper airplane originally had the center of gravity too far back, causing it to nose up and stall a paperclip or two can correct this and produce stable flight. If the paper airplane originally had the center of gravity correctly positioned or was too far forward the paperclip will cause it to nose down and crash.
It affects drag and supersonic flight characteristics, which is why supersonic aircraft generally have long noses.
It cuts the air evenly and builds the pressure to fly.
To fight off air resistance and go faster. If the airplane had a flat nose, (like your palm) the air resistance would affect the nose and make the plane slower, while a pointy nose allows the air resistance to pass by therefore making the plane go faster.
The front of an airplane is called nose of the airplane.
The 'nose' .
While a nose cone can either reduce or add drag, it provides a minimal amount of stability to the rocket' flight path. The fins are the most critical component for stabilizing a rocket's flight path; that's where your focus should be.
Try to see if a paper airplane will fly farther with 5 paperclips on the nose as opposed to 0,1,or 3. Question: Will the # of paperclips on the nose of a paper airplane cause the plane to fly farther? Hypothesis: 5 paperclips on the nose of a paper airplane will make he plane fly farther than with 3,1,or 0 paperclips on the nose. Experiment: Make paper airplanes and fly them with 0 paperclips on the nose. Repeat this test 3 times. Record about how many meters each test flew. Repeat this with 1 paper clip, than 3 paperclips, and finally 5 paperclips. Analyse: Record the average of the 3 tests. write down the steps you took in completing the experiment. Also write down the controlled, dependent, and independent variables of the experiment. Conclusion: 5 paperclips on the nose of the paper airplane will make the plane fly farther than with 0,1,or 3 paperclips on the nose. Compare: Compare the averages, variables, and steps taken along with any other data, to that of other scientists. Remember, a valid experiment can be repeated with duplicated results.
The elevators are the control surfaces on an airplane with allow the pilot to control the airplane on the pitch axis (nose up and nose down) They are typically (although not always) located on the tail of the aircraft and are controlled by pulling the yoke (or stick) back for nose-up or forward for nose down.
a paper airplane will run out of momentum, momentum (speed, vertical speed is required for the airflow over the wings to generate lift, a too high angle of attack (nose high) will cause disrupt airflow over the wings and the plane will stall
get a paper and start playing with it get it close to Ur nose and cut Ur nose its like getting a paper cut in Ur finger but instead its Ur nose
Aerodynamics teaches us that the heavier an object, the faster (more energy) is required across the wings to achieve lift. Moreso, the material that a plane is made out of has a limit to the amount of force it can handle. There will come a point where the plane can no longer overcome the force of gravity on it's mass. it is heavier and fly lower it is heavier and fly lower it is heavier and fly lower it is heavier and fly lower more weght at the nose is better