The equation for calculating the acceleration of a car with a constant power engine is a = P/(m*v), where a is the acceleration, P is the power of the engine, m is the mass of the car, and v is the velocity.
The power of the engine directly affects the acceleration of a car. The higher the power, the faster the car will accelerate. This is because a more powerful engine can produce more force to overcome the car's mass and increase its velocity.
Yes, the acceleration of a car with a constant power engine can be increased by reducing the car's mass or increasing its velocity. This is because the acceleration is inversely proportional to the mass and directly proportional to the velocity.
The mass of the car has an inverse relationship with its acceleration. This means that the lighter the car, the faster it will accelerate with the same amount of power from the engine. This is because a lighter car requires less force to move and therefore can reach higher velocities more quickly.
The acceleration of a car can be calculated using the equation a = P/(m*v), where P is the power of the engine and v is the velocity of the car. Simply plug in the values and solve for a to find the acceleration in m/s².