
<h2>
Explanation:</h2>
Let's graph the equation:

Which is the red graph shown below. As you can see this is the pattern of the Absolute Value Function. In order to translate this graph 14 units up, let's add 14 to
. In doing so we get the new function:

So we get a new graph which is the blue one. In order to prove that this is the correct translation, let's take the vertex of the red graph which is the origin. To translate this graph 14 units up implies that each point is shifted 14 units up, so for the vertex of the red graph:

So the new vertex matches the vertex of the blue graph. Finally, the equation for the translation of
14 units up is 
<h2>Learn more:</h2>
Horizontal and vertical shift: brainly.com/question/13774447#
#LearnWithBrainly
17.85714285714285 to nearest tenths is 17.9 .
The time that the ball is in the air is 2x the time that it takes to reach the maximum value.
In order to find the time at the max value you use the equation -b/2a where b is the value attached to the t and a is the value attached to t^2.
therefore, the time at the max value is -180/(2)(-16)=5.625 seconds
Total time= (5.625)(2)=11.25