whenever an object is thrown in the air we must know the initial velocity with which the object has been thrown.
an object thrown into the air will slow down as it ascends higher into the air until it stops ascending and the speed of the object increases as it falls until it reaches its terminal velocity in air. As an object passes through air, it encounters air resistance which slows down an object moving freely through air. An object will be moving at a slower speed when it hits the ground than it did when it was thrown into the air due to this air resistance.
it is called a trajectory Projectile- the obect thrown though the air
It is the same (neglecting air resistance).
the ball or whatever object that is thrown has air resistance so it makes it go farther or slower and that's how its related
it is slowed by liquid friction, and pulled to the ground by gravity
an object thrown into the air will slow down as it ascends higher into the air until it stops ascending and the speed of the object increases as it falls until it reaches its terminal velocity in air. As an object passes through air, it encounters air resistance which slows down an object moving freely through air. An object will be moving at a slower speed when it hits the ground than it did when it was thrown into the air due to this air resistance.
Gravitational pull
it is called a trajectory Projectile- the obect thrown though the air
It is the same (neglecting air resistance).
A projectile is an object thrown into the air with great force. (Is a sentence)
well in order to calculate the speed of the object at the start point you need to know: # mass/weight of the object # the air resistance # the angle # the form of the object
it would be slower
the ball or whatever object that is thrown has air resistance so it makes it go farther or slower and that's how its related
it will cut through the air more quickly and yet go farther
it is slowed by liquid friction, and pulled to the ground by gravity
In the absence of air and neglecting the Earth's curvature, the path would be part of a perfect parabola.
Yes, because there is less gravity on the moon. Also, because there is no air friction on the Moon. However, a frisbee thrown on the Moon will not travel as far as one properly thrown on Earth, because the shape of the frisbee generates lift which will keep it flying farther. With no air on the Moon, a frisbee cannot "fly".