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3.2: Work- The Scientific Definition
https://phys.libretexts.org/Courses/Skyline/Survey_of_Physics/03%3A_Work_and_Energy/3.02%3A_Work-_The_Scientific_Definition
Work is the transfer of energy by a force acting on an object as it is displaced. The work $W$ that a force $F$ does on an object is the product of the magnitude $F$ of the force, times the magn...Work is the transfer of energy by a force acting on an object as it is displaced. The work $W$ that a force $F$ does on an object is the product of the magnitude $F$ of the force, times the magnitude $d$ of the displacement, times the cosine of the angle $\theta$ between them. In symbols, $W = Fd \space cos \space \theta.$ The SI unit for work and energy is the joule (J), where $1 \space J = 1 \space N \cdot m = 1 \space kg \space m^2/s^2$ . The work done by a force is zero if the
6.2: Work- The Scientific Definition
https://phys.libretexts.org/Courses/Tuskegee_University/Algebra_Based_Physics_I/06%3A_Work_Energy_and_Energy_Resources/6.02%3A_Work-_The_Scientific_Definition
Work is the transfer of energy by a force acting on an object as it is displaced. The work $W$ that a force $F$ does on an object is the product of the magnitude $F$ of the force, times the magn...Work is the transfer of energy by a force acting on an object as it is displaced. The work $W$ that a force $F$ does on an object is the product of the magnitude $F$ of the force, times the magnitude $d$ of the displacement, times the cosine of the angle $\theta$ between them. In symbols, $W = Fd \space cos \space \theta.$ The SI unit for work and energy is the joule (J), where $1 \space J = 1 \space N \cdot m = 1 \space kg \space m^2/s^2$ . The work done by a force is zero if the

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