BuhRock said:1. Determine the acceleration of an object whose velocity is initially 24 cm/s and which accelerates uniformly through a distance of 66 cm in 3.8 seconds.
2. s = (vf + v0) / 2 * t,
3. I tried rearranging that formula but I got vf= 477.6. This just doesn't make any sense
Determine the kinematic equation that you would have to use...BuhRock said:I was saying that the vf being 477.6 doesn't make sense. Also, how can I find a with just t.
You apparently interpreted the equation as being s = (vf + v0) / (2 * t)BuhRock said:2. s = (vf + v0) / 2 * t,
3. I tried rearranging that formula but I got vf= 477.6. This just doesn't make any sense
Aggression200 said:Determine the kinematic equation that you would have to use...
Vf = Vi + at
Delta x = .5(vf+vi)t
Delta x = Vi(t)+.5a(t^2)
Vf^2 = Vi^2 + 2a(delta x)
Choose which one you would use, and solve for Vf.
The formula for finding final velocity is Vf = Vi + at, where Vf is the final velocity, Vi is the initial velocity, a is the acceleration, and t is the time.
To calculate final velocity, you need to know the initial velocity, acceleration, and time. You can use the formula Vf = Vi + at to find the final velocity.
Final velocity is the velocity of an object at the end of a given time while initial velocity is the velocity of an object at the beginning of a given time. Final velocity takes into account the acceleration of the object, while initial velocity does not.
Yes, final velocity can be negative. A negative final velocity indicates that the object is moving in the opposite direction of its initial velocity. This is often seen in cases of deceleration or slowing down.
Final velocity is typically measured in units of distance per time, such as meters per second (m/s) or kilometers per hour (km/h). The specific unit used will depend on the units of the initial velocity, acceleration, and time in the given problem.