Answer:
Diego
Step-by-step explanation:
Diego is because 1m = 100 and Diego is 165 and that is alote bigger from 1.7.
24/4.7=x x=5.1
24+x=what you want
24+5.1=29.1 there you go
The value of the integral 3ydx+2xdy using Green's theorem be - xy
The value of 
be -xy
<h3>What is Green's theorem?</h3>
Green's theorem relates a line integral around a simple closed curve C to a double integral over the plane region D bounded by C.
If M and N are functions of (x, y) defined on an open region containing D and having continuous partial derivatives there, then
= 
Using green's theorem, we have
= ............................... (1)
Here 
= differentiation of function N w.r.t. x
= differentiation of function M w.r.t. y
Given function is: 3ydx + 2xdy
On comparing with equation (1), we get
M = 3y, N = 2x
Now, = 
= 
= 2
and, = 
= 
= 3
Now using Green's theorem
= 
= 
= 
=
The value of be -xy.
Learn more about Green's theorem here:
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Answer:
c
Step-by-step explanation:
First, you have to find the area of the rectangular swimming pool (A1), which has <span>10 feet long and 6 feet wide. The area of a rectangle is:
A=A1=LxW
L=10 ft
W=6 ft
When you substitute these values into the formula, you obtain:
</span>
A1=LxW
A1=(10 ft)(6ft)
A1=60 ft²
The area of the Andrea’s backyard (A2) is 400 ft², therefore, the<span> area of Andrea’s backyard, not including the swimming pool (A3), is:
A3=A2-A1
A3=400 ft</span>²-60 ft²
A3=340 ft²
<span>
What is the area of Andrea’s backyard, not including the swimming pool?
The answer is: T</span>he area of Andrea’s backyard, not including the swimming pool, is 340 feet²
