Motion Madness

acceleration = (final velocity + initial velocity) / time

acceleration = (final velocity - initial velocity) / time

acceleration = (final velocity - initial velocity) * time

acceleration = (final velocity * initial velocity) / time

The acceleration is increasing

The acceleration is constant

The acceleration is zero.

The acceleration is decreasing

25 m/s^2

10 m/s^2

15 m/s^2

6 m/s^2

Acceleration is the derivative of velocity.

Acceleration is equal to velocity squared.

Acceleration is the integral of velocity.

Acceleration is inversely proportional to velocity.

kg

m/s^2

km/h

m

cm/s

Positive acceleration results in slowing down, while negative acceleration results in speeding up.

Positive acceleration results in maintaining speed, while negative acceleration results in stopping.

Positive acceleration results in speeding up, while negative acceleration results in slowing down.

Positive acceleration results in decelerating, while negative acceleration results in accelerating.

15 m/s^2

-2 m/s^2

0 m/s^2

5 m/s^2

Acceleration always causes an object to move in a straight line

Acceleration changes an object's velocity over time, either speeding it up, slowing it down, or changing its direction.

Acceleration only affects the object's color

Acceleration has no effect on an object's motion

0

2 m/s^2

9.8 m/s^2

5 m/s^2

Acceleration helps quantify changes in velocity and provides insights into the dynamics of motion.

Acceleration is not a measurable quantity

Acceleration has no impact on the study of motion

Acceleration is only relevant in certain situations