The distance traveled by a car in the fourth second is calculated by multiplying the car's velocity (in meters per second) by the time elapsed (in seconds). This gives the distance in meters traveled by the car in the fourth second.
The formula for calculating the distance traveled by a car in the fourth second is distance = velocity x time. This is a basic formula in physics, where distance is measured in meters, velocity in meters per second, and time in seconds.
No, the distance traveled by a car in the fourth second cannot be negative. Distance is a measure of how far an object has traveled, and it is always a positive value. If a car changes direction in the fourth second, the distance traveled will be positive in the new direction.
The acceleration of the car affects the distance traveled in the fourth second by increasing or decreasing the car's velocity. The greater the acceleration, the greater the change in velocity and therefore the greater the distance traveled in the fourth second.
Yes, it is possible for the distance traveled by a car in the fourth second to be greater than the total distance traveled. This can happen if the car is accelerating and the velocity is increasing in the fourth second, resulting in a larger distance traveled compared to the previous seconds. However, the total distance traveled will always be greater than or equal to the distance traveled in the fourth second.