An electric car is being driven through a town at 22m/s . The kinetic energy of the car is 222640 J. Calculate th e mass of the car. Enter a number

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An electric car is being driven through a town at 22m/s . The kinetic energy of the car is 222640 J. Calculate th e mass of the car. Enter a number

Answer 1

By plugging in the car's known kinetic energy and speed into the equation above: ### \( \text{Mass} = \frac{2 \times 222,640 \text{ J}}{(22 \text{ m/s})^2} \) This should allow us to solve for the car's mass accurately.

Answer 2

## Step1: This is a physics problem focusing on one of the principles of classical mechanics - kinetic energy. The kinetic energy (Ek) of an object can be calculated using the formula: ### \( \text{Kinetic energy} = \frac{1}{2} \times (\text{mass}) \times (\text{speed})^2 \) Where "mass" represents the mass of the object (which we’re trying to find in this case) and "speed" represents its velocity -- 22 m/s in this case. We know the car's kinetic energy (222,640 Joules), so we can plug that into the formula and solve for mass. ## Step2: After rearranging the equation by algebra, it will look as follows: ### \( \text{Mass} = \frac{2 \times \text{kinetic energy}}{\text{speed}^2} \)

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An electric car is being driven through a town at 22m/s . The kinetic energy of the car is 222640 J. Calculate th e mass of the car. Enter a number

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