As a 2.0-kg object moves from initial position, determined with initial position vector <2,5>in meters, to final position, determined with final position vector <6, -2> in meters, the constant resultant force acting on it is equal to <4, -3> N. If the speed of the object at the initial position is 4.0 m/s, what is its kinetic energy at its final position?
As a 2.0-kg object moves from initial position, determined with initial position vector <2,5>in meters, to final position, determined with final position vector <6, -2> in meters, the constant resultant force acting on it is equal to <4, -3> N. If the speed of the object at the initial position is 4.0 m/s, what is its kinetic energy at its final position?
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As a 2.0-kg object moves from initial position, determined with initial position vector <2,5>in meters, to final position, determined with final position vector <6, -2> in meters, the constant resultant force acting on it is equal to <4, -3> N. If the speed of the object at the initial position is 4.0 m/s, what is its kinetic energy at its final position?
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