Answer:
The total linear acceleration is approximately 0.246 meters per square second.
Explanation:
The total linear acceleration ( ) consist in two components, <em>radial</em> (
) consist in two components, <em>radial</em> ( ) and <em>tangential</em> (
) and <em>tangential</em> ( ), in meters per square second:
), in meters per square second:
 (1)
 (1)
 (2)
 (2)
Since both components are orthogonal to each other, the total linear acceleration is determined by Pythagorean Theorem:
 (3)
 (3)
Where:
 - Radius of the wheel, in meters.
 - Radius of the wheel, in meters. 
 - Angular speed, in radians per second.
 - Angular speed, in radians per second.
 - Angular acceleration, in radians per square second.
 - Angular acceleration, in radians per square second. 
Given that wheel accelerates uniformly, we use the following kinematic equation:
 (4)
 (4)
Where:
 - Initial angular speed, in radians per second.
 - Initial angular speed, in radians per second. 
 - Time, in seconds.
 - Time, in seconds. 
If we know that  ,
,  ,
,  and
 and  , then the total linear acceleration is:
, then the total linear acceleration is:








The total linear acceleration is approximately 0.246 meters per square second.