An acceleration is not a velocity - it is the rate of change of velocity.
In SI units, the units of velocity are meters/second.
Acceleration is the rate of change of velocity, per unit time - how fast the velocity changes. Therefore, its units are velocity / time. In SI units, this gives you (meters/second) / second, usually written as meters/second2.
Acceleration is the rate of change of velocity over time. Since velocity is distance over time, acceleration becomes distance over time squared. This is why time enters twice in the unit of acceleration as distance per time squared.
It should be noted that an acceleration is not a velocity. Velocity is defined as distance per unit rate; thus, it has dimensions of length/time. Acceleration is defined as change of velocity per unit rate; thus, its dimensions are velocity / time, i.e., (length/time) / time.
Acceleration is defined as a change of velocity divided by a time. Since the units for velocity are distance / time, you naturally get units of (distance / time) / time.
Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).
The SI unit for acceleration is meters per second squared. This applies to ANY acceleration.
Acceleration is the rate of change of velocity over time. Since velocity is distance over time, acceleration becomes distance over time squared. This is why time enters twice in the unit of acceleration as distance per time squared.
Once for the unit of velocity and again for the interval of time in which the velocity is changing.
It should be noted that an acceleration is not a velocity. Velocity is defined as distance per unit rate; thus, it has dimensions of length/time. Acceleration is defined as change of velocity per unit rate; thus, its dimensions are velocity / time, i.e., (length/time) / time.
Acceleration is defined as a change of velocity divided by a time. Since the units for velocity are distance / time, you naturally get units of (distance / time) / time.
Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).
Acceleration is the rate of change of the function of velocity per unit time. This means that the unit of acceleration is distance per unit time squared.
Speed . . . Any unit of length or distance/any unit of time Acceleration . . . Any unit of speed/any unit of time
(any unit of length or distance) divided by (any unit of time)2 is a unit of acceleration.
Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).Acceleration is a change of velocity (per time unit).
(any unit of speed) / (any unit of time)OR(any unit of length or distance) / (any unit of time, squared)is a perfectly appropriate unit of acceleration.If you're dealing with acceleration as a vector, then a direction also needs to go with it.
Acceleration is a change in velocity per unit of time.
"Acceleration" means "rate of change in velocity, and the direction of the change". So acceleration is (change in velocity) divided by (time for the change), plus the direction. (Any unit of speed) divided by (any unit of time) is a unit of acceleration. Some possibilities include: -- feet per second2 -- meters per second2 -- miles per hour per second -- furlongs per week per fortnight -- smoots per month per day . . etc. To complete the acceleration vector, it also needs to include a direction.