O oblique throw it is the study of the movement of objects when they are thrown.
And that produce a specific trajectory, where several actions occur together for this movement to happen.
O oblique throw or projectile launch, is a movement that is performed by an object when launched diagonally.
O oblique throw makes a movement with a parabolic trajectory, joining horizontal and vertical movement (up and down).
In this movement, the object that was thrown forms an angle that varies from 0º to 90º in relation to the horizontal position. When vertical, the object performs Uniformly Varied Movement (MUV).
And the horizontal position produces the Uniform Rectilinear Movement (MRU). On this trajectory, the object has an initial velocity (v0) and is under the effect of gravity (g).
The velocity of an object's trajectory vertically is called vY and the velocity horizontally is vX. O oblique throw is used in two axes, x and y, when illustrated to indicate two movements being performed.
We also recommend: Hooke's Law and Faraday's Law;
The initial position (s0) is where the object trajectory starts and the final position (sf) shows the object's final trajectory where the parabolic movement stops.
When the object is launched it goes in a vertical direction until reaching its maximum height and then descends, also vertically. A simple example of this would be the kick of a football player or the trajectory of a golf ball.
Index
v2 = v02 + 2. The. at
Where,
v: final speed
v0: initial speed
a: acceleration
ΔS: body displacement variation
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