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Answer :
La respuesta correcta es:
Suma sus energías cinética y potencial.
La energía mecánica de un objeto se calcula sumando su energía cinética y su energía potencial. La energía mecánica total es la suma de estas dos formas de energía.
Energía mecánica = Energía cinética + Energía potencial
Así, para calcular la energía mecánica de un objeto, se deben sumar sus energías cinética y potencial.
Suma sus energías cinética y potencial.
La energía mecánica de un objeto se calcula sumando su energía cinética y su energía potencial. La energía mecánica total es la suma de estas dos formas de energía.
Energía mecánica = Energía cinética + Energía potencial
Así, para calcular la energía mecánica de un objeto, se deben sumar sus energías cinética y potencial.
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To calculate the mechanical energy of an object, you can sum its kinetic energy (energy of motion) and potential energy (stored energy). Here's how you can calculate it step by step:
1. Calculate the object's kinetic energy (KE) using the formula: KE = 0.5 * mass * velocity^2.
2. Determine the object's potential energy (PE) based on its position or height using the formula: PE = mass * gravitational acceleration * height.
3. Add the kinetic energy and potential energy together to get the total mechanical energy (ME) of the object: ME = KE + PE.
By following these steps and formulas, you can accurately calculate the mechanical energy of an object by considering both its kinetic and potential energy components.
1. Calculate the object's kinetic energy (KE) using the formula: KE = 0.5 * mass * velocity^2.
2. Determine the object's potential energy (PE) based on its position or height using the formula: PE = mass * gravitational acceleration * height.
3. Add the kinetic energy and potential energy together to get the total mechanical energy (ME) of the object: ME = KE + PE.
By following these steps and formulas, you can accurately calculate the mechanical energy of an object by considering both its kinetic and potential energy components.
