To find the position of an object when only its velocity and time are known, you can use the basic kinematic equation:
Position = Initial Position + Velocity × Time
Here's how you can apply this equation:
Determine the initial position of the object. If the initial position is not provided, you can assume it to be zero or any other known reference point.
Identify the velocity of the object. If the velocity is constant over the given time period, you can use this single value. If the velocity is changing, you would need additional information or equations to account for the varying velocity.
Determine the time elapsed. This should be a specific duration for which you want to find the object's position.
Plug the values into the kinematic equation:
Position = Initial Position + Velocity × Time
Substitute the initial position, velocity, and time into the equation, and calculate to find the position of the object.
It's important to note that this equation assumes a constant velocity. If the velocity is changing, you would need to consider more complex equations involving acceleration or other relevant data to accurately determine the position of the object.