Area of the word ME = 20 square units
Solution:
Picks' Theorem:

where <em>I </em>is the interior points and <em>B</em> is the points on the boundary.
Let us first find the area of the letter M:
Number of interior points in M = 0
Number of points in the boundary = 22
Using pick's theorem,
Area of M =
Area of M = 10 square units
Now, find the area of the letter E:
Number of interior points in E = 0
Number of points in the boundary = 22
Using pick's theorem,
Area of E =
Area of E = 10 square units
Area of the word ME = Area of M + Area of E
= 10 square units + 10 square units
Area of the word ME = 20 square units
Answer:
See Explanation
Step-by-step explanation:
Given

Required
Which graph shows: 
To do this, we simply check the intersection points of the lines on the graph.
This particular graph that is shown has
as its solution because the point of intersection of both lines is at: 
i.e.


Answer:
n=-11
Step-by-step explanation:
Since -15 is 4 less than -11, it would be -11.
Hope this helped. :)
So you foil out the problem and get
Answer:
d
Step-by-step explanation: