d=displacement
v=initial velocity
t=time
a=acceleration
Our basic formula for displacement:
d=vt+.5at2
becomes:
t = (√(v2+2ad)-v)/a
curve
The object is accelerating or decelerating in the radial direction.
The curved line on a time vs. distance graph represents that the object is accelerating.
The distance from start at which a certain object is located at a certain time.
9.8m/s/s -BHS
To find the average speed of an accelerating object, you can calculate the average speed by taking the total distance traveled divided by the total time taken. However, note that the average speed may not accurately represent the motion of an accelerating object as it changes speed over time.
The formula for calculating distance when an object is accelerating at a constant rate is distance 1/2 acceleration time squared.
curve
Distance (to an object).
An object is accelerating if its velocity is changing.
The velocity of the object.
The object is accelerating or decelerating in the radial direction.
On a spacetime diagram, the worldline of an object accelerating away from you would appear as a curve that slopes upwards and to the right, indicating the object's increasing distance from you over time.
Correct, the formula to calculate average speed is distance divided by time. Average speed gives the overall rate at which an object is moving over a certain time interval.
Speed-Versus-Time Graph and Distance-Versus-Time graph are the two types of graphs that can be used to analyze the motion of an accelerating object.
The object is accelerating or decelerating in the radial direction.
The curved line on a time vs. distance graph represents that the object is accelerating.