Calculating Acceleration: Yasir's Electric Scooter Ride Explained

Understanding how to calculate acceleration can be quite crucial, especially when you need to analyze motion in physics problems. Let's break down Yasir's electric scooter ride to find out his acceleration step-by-step.

Yasir’s Electric Scooter Scenario

Yasir is riding his electric scooter. He starts from rest, which means his initial velocity (
u
) is 0 m/s. He then speeds up to a final velocity (
v
) of 12 m/s. This change in velocity occurs over a time (
t
) of 3 seconds.

The Formula for Acceleration

Acceleration (
a
) can be calculated using the formula:

a = (v - u) / t

Where:

-
a
is the acceleration,

-
v
is the final velocity,

-
u
is the initial velocity,

-
t
is the time taken.

Plugging in the Values

Let's substitute the given values into this formula:

• Initial velocity (
  u
  ): 0 m/s,


• Final velocity (
  v
  ): 12 m/s,


• Time (
  t
  ): 3 seconds.

Thus the formula for acceleration becomes:

a = (12 m/s - 0 m/s) / 3 s = 12 / 3 = 4 m/s²

Conclusion

Yasir's acceleration while riding his electric scooter is 4 meters per second squared (m/s²). This simple calculation emphasizes how fundamental concepts in physics can be applied to everyday activities, such as riding an electric scooter.

Understanding how to calculate acceleration can give you a better grasp of motion, aiding in various fields, from academic studies to practical applications like vehicle design and safety analysis.