The distance traveled in the nth second is the distance traveled in the first n seconds minus the distance traveled in the first n-1 seconds.niett said:
The distance traveled by an object in the n-th second is calculated by using the formula d = ut + (1/2)at^2, where d is the distance traveled, u is the initial velocity, t is the time in seconds, and a is the acceleration.
Yes, the distance traveled by an object in the n-th second can be negative if the object is moving in the opposite direction of its initial velocity. In this case, the distance is measured as a negative value.
The distance traveled by an object in the n-th second increases with time if the object is accelerating. If the object is moving at a constant velocity, the distance traveled remains the same for each second.
Yes, the distance traveled by an object in the n-th second can be affected by air resistance, especially at high speeds. Air resistance can slow down the object and decrease the distance it travels in each second.
The distance traveled by an object in the n-th second is the distance traveled during a specific time interval, while the total distance traveled is the sum of all the distances traveled during the entire journey. The total distance traveled can be calculated by adding the distance traveled in each second, while the distance traveled in the n-th second is calculated using the specific formula mentioned in the first question.