Given initial velocity, time, and acceleration?
Thanks!
Thanks!
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Look at your engineering units!
v(f) = m/s
v(i) = m/s
a = m/s^2
t = s
To calculate final velocity you also need to know initial velocity.
To end up with m/s:
v(f) = v(i) + a*t
If initial velocity is zero, then:
v(f) = 0 + a*t = a*t
In physics, always set up your equations so that you end up with a value which has your desired engineering units!
v(f) = m/s
v(i) = m/s
a = m/s^2
t = s
To calculate final velocity you also need to know initial velocity.
To end up with m/s:
v(f) = v(i) + a*t
If initial velocity is zero, then:
v(f) = 0 + a*t = a*t
In physics, always set up your equations so that you end up with a value which has your desired engineering units!
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v = u+at where v is the final velocity
u is the initial velocity
a is the acceleration
and t is the time elapsed.
u is the initial velocity
a is the acceleration
and t is the time elapsed.
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The integral of acceleration w/ to time is velocity at that time therefore: S(a).dt = V then
summing velocities together will give you the final velocity: U + V = Vfin
summing velocities together will give you the final velocity: U + V = Vfin