It doesn't "affect" it. Acceleration is DEFINED as (delta v) / (delta t), or change in velocity divided by the time elapsed; so whenever you have a delta-v, you'll have an acceleration (the amount of which also depends on the time elapsed).
Acceleration is equal to final velocity minus initial velocity over time. So, it will affect the outcome of the equation depending on what the initial velocity is.
Because that is how acceleration is defined!
Yes, you can. Zero acceleration simply means there is no CHANGE in velocity. It doesn't mean there is no velocity.
"Acceleration" means change of velocity. If velocity is constant, then acceleration is zero.
No. Acceleration is change of velocity / time. If there is no change in velocity, there is no acceleration.
No. Acceleration is (change of velocity) divided by (time interval in which it changed). If velocity doesn't change, then there is no acceleration.
Acceleration is change of velocity divided by time; so if the velocity doesn't change, acceleration is zero.
Yes, you can. Zero acceleration simply means there is no CHANGE in velocity. It doesn't mean there is no velocity.
"Acceleration" means change of velocity. If velocity is constant, then acceleration is zero.
No. Acceleration is change of velocity / time. If there is no change in velocity, there is no acceleration.
acceleration a----->velocity=acceleration x time: v=a x t
No. Acceleration is (change of velocity) divided by (time interval in which it changed). If velocity doesn't change, then there is no acceleration.
Acceleration is change of velocity divided by time; so if the velocity doesn't change, acceleration is zero.
A change in velocity is acceleration, so a accelerometer
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 velocity.
accelaration is defined as the rate of change of velocity. Therefore the formula for acceleration is a =(Final Velocity - Initial Velocity) divide by the (change in time)
Acceleration is the change of velocity, with direction. Therefore slowing down is a change in veolcity, so is considered to be acceleration (just negative acceleration).
From the equation F=ma, fixing F (force) as a constant, changing m(mass) effects directly to a(acceleration). Increasing mass, acceleration drops, decreasing mass, acceleration increases. Acceleration= change in velocity/ time.