Think of the square as a rhombus:

so 112.5 square inches
you can ask if it wasn't clear enough, I will explain.
Have a nice day!!!!
the answer is 6/1 and 6/1 simply divide and put the answer over one
Given:
The figure of a triangle DEF.
To find:
The coordinate of image of given triangle after reflection over y-axis.
Solution:
The vertices of given triangle are D(1,4), E(4,3), F(2,0).
If a figure is reflected over the y-axis, then the rule of reflection is

Using this rule, we get



Therefore, the coordinates of image are D'(-1,4), E'(-4,3) and F'(-2,0).
Given : supply voltage = 120V;60 Hz
Inductive Reactance
Ω
The inductive reactance is given by the formula,
, where L is inductance and
is given by formula, 
Apply this, we can say that, 
Answer:
this some sortof point tranfer
Step-by-step explanation: