The paper model rotates with a terminal angular velocity on the order of tens of radians per second, while a conventional helicopter rotates on the order of hundreds of radians per second. The terminal velocity of a paper helicopter :: papers, the terminal velocity of a paper helicopter introduction terminal velocity is the resulting occurance when acceleration and resistance forces are equal the effect of increasing the weight on.
The terminal velocity of a paper helicopter introduction terminal velocity is the resulting occurance when acceleration and resistance forces are equal as an example, a freefalling parachutist before the parachute opens reaches terminal velocity at about 120mph. This means that since there is a greater downwards force, it will take longer for enough upward force - air resistance - to be generated in order to counteract the force of gravity and balance the forces acting on the helicopter the helicopter will take longer to reach terminal velocity.
At this point, the helicopter has reached its terminal velocity where the acceleration due to gravity is exactly balanced by the resistance force of the air acceleration is then zero and the object falls at a constant velocity until it hits the ground. The terminal velocity of a paper helicopter - the terminal velocity of a paper helicopter introduction terminal velocity is the resulting occurance when acceleration and resistance forces are equal. Prediction: as the mass on the helicopter’s copters increases, the speed taken for the rotors to spin down faster, this is because there will be more downward pull from gravity, as the terminal velocity for a paper helicopter is low.
Velocity - measure of an object's speed in a particular direction acceleration - rate at which velocity changes terminal velocity - velocity an object reaches at the point when all forces acting on the object are balanced so the object is no longer accelerating concepts terminal velocity. Once again, there will come a time when the force in the paper is strong enough to counter the straightening effect of the air force and the helicopter will settle at a terminal velocity but this terminal velocity will be higher with a higher mass of helicopter for the reasons just explained so it will not take as long to fall a given distance.
Physics - terminal velocity sc1 aim: to find out how the weight of a paper helicopter affects the terminal velocity apparatus: a5 piece of paper stopwatch 1 metre measuring sticks paper clips stool scissors ruler scales method: i will draw, cut and make a paper helicopter from an a5 piece of paper.
The faster the helicopter is falling, the more air resistance pushes on the helicopter as the helicopter falls, it accelerates until it reaches terminal velocity (the speed at which the force of air resistance equals the force of gravity. A paper helicopter is a piece of plain a4 paper that has been folded, so that when dropped, it spins whilst falling to the ground below is a picture of one of the helicopters used the top half of the piece of paper is cut down the middle, creating the two wings, and then the rest of the piece of paper is folded up to make the body of the helicopter.
Why does mass affect the time a paper helicopter take to fall watch announcements start new discussion reply the helicopter will take longer to reach terminal velocity this means that the helicopter has a longer time period in which to accelerate, meaning that the average speed is greater, and the falling time less the student room.