The answer is 1 1/40 as a mixed fraction! An improper fraction would be 41/40! Hope this picture helps!
Answer:
Jayden's solution is incorrect.
Jayden divided 14 by 2 and then added 1.5
Jayden substituted the wrong value for a.
Answer:
sup
Step-by-step explanation:
<span>(5,-1)
The key to this problem is ignoring all the information that you don't need. You really don't care about the coordinates for T, U, or V. Just W is all that matters. So make a graph, label the X and Y axis, and put a point at (1,5). Now simply turn the entire paper clockwise 90 degrees. If you do this, you'll see that what was the X axis is now the Y axis. And what was the Y axis is now the X axis. Label the axis again, and read the location of the point you marked. If you do so, you'll see that you have to go 5 spaces along the X axis, hence the 5. And you'll go 1 space down on the Y axis, hence the -1.
So the coordinates of W(1,5) rotated 90 degrees clockwise around (0,0) changes to (5,-1).</span>
We're looking for a solution of the form 
. By the chain rule, this solution should have total differential
and the equation is exact if the mixed second-order partial derivatives of 
are equal, i.e. 
.
The given ODE is exact, since
Then
With 
, we get
