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To determine the direction that a plane must fly at, given factors such as wind direction.

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Velocity and Acceleration: In sports like football, basketball, or tennis, vectors help in analyzing the velocity, direction, and trajectory of balls. The vectors of forces exerted during movement help in understanding the performance and improving technique.

Vectors are used to analyze the forces acting on athletes' bodies, like the force of a jump or the torque applied during a sprint.

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Hanging picture frame: When hung up it doesn't lean left or right but stays straight as the centre of gravity falls along the weight.

Leaning tower of Pisa: Centre of gravity is within the base so it doesn't lean all the way and fall

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Satellites: Vectors used to calculate the position of the satellites in orbit to see where to send the space shuttle towards.

Tug of war: Tension vectors in opposite directions stronger force of person pulling it will win due to the net force.

Steering: Changes the direction of the force of the velocity vector

Carrying Groceries: Person applies force upward to counter the downward force of the weight vector of the groceries

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Bowling a bowling ball is an example of a vector as it has both magnitude and direction of force applied to it.

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Constant velocity:The car needs to have a equal forward force as the backward force

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Shooting stances:

I learnt about different shooting stances that equally distributes weight of the shooter equally, maximizing accuracy to deliver precise shots at the target.

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Constant velocity:The car needs to have a equal forward force as the backward force

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a balanced seesaw if a lever is balanced with weights on both sides the sum of the weights on each side must be the same

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Rocket:Vector is used to determine the route of the rocket at a specific direction so that it can get to the the space

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A boat floating on water achieves equilibrium when the buoyancy of the boat equal the gravitational force.

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Vectors are used to calculate the vectors of projectiles such as the trajectories of a intercontinental ballistic missile

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A Book on a Table remains at rest because the force of gravity pulling it downwards is balanced by the normal force exerted by the table.

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Calculating projectile trajectories or modeling complex collisions in games. (I love b-hopping on neon )

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A car resting on a flat surface. The normal force from the ground balances the gravitational force from the car.

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Walking. When you walk, the movement can be represented by a velocity vector that has both magnitude and direction.