This would produce a geometric sequence of the form:
g=3(2.2)^(n-1)
The sum of which is:
g=3(1-2.2^n)/(1-2.2) cleaning up a bit...
g=-3.6(1-2.2^n)
g(15)=-3.6(1-2.2^15)
g(15)=492764.6, since the number of geese must be an integer...
g(15)=492764
Answer:
The answer is kite.
Step-by-step explanation:
Well, just looking at the definition of a kite, we can see that it lines up with Mr. Tesoro's description and drawing of the quadrilateral. A kite has one right angle that meets up witht two equal lines. The opposite pair of lines, that are much longer, don't meet up to be a right angle. The definitions line up, so there's your match; the anser is kite.

<em>[refer to attachment for question ~]</em>
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First of all, We need to multiply by the denominator (10) on both sides:-

On the left-hand side, the 10s cancel as follows:-

On the right-hand side, we multiply -7 times 10:-

Subtract 8 on both sides:-

We get

And finally, Divide by -1 on both sides:-

<h3>Good luck with your studies.</h3>

Answer:
Addition property of equality
Explanation:
You are adding 7 to both sides
Hope this helps!
Carousel : 2 x $4 = $8
Snow cone: $4.50
--------------------
$8 + $4.50 = $12.50
The total amount they pay: $5 + $12.75 = $17.75
$17.75 - $12.50 = $5.25
Jumbo pretzel ticket costs $5.25