What you want to do with this equation is make a triangle connecting the two points you have and count the distance (rise/run) for this you would get 6/1 !
P=2*(l+w)
p=2l+2w
2w=p - 2l
w= (p-2l)/2
Hoi!
To solve this, first plug in the values for x and y.
x = 2, so anywhere you see x, put 2 in its place.
y = 3, so anywhere you see y, put 3 in its place.

4 × 2 = 8

× 3 =


=
is your answer.
Answer:
2
Step-by-step explanation:
Fill in each function's argument and do the arithmetic.
