Answer:
x = 5
Step-by-step explanation:
-3 * (x-3) = -6
3x+9 = -6 (divide by 3)
-x + 3 = -2 (minus 3)
-x = -5 (multiply by -1)
x = 5
{1,3,5,7,9} {6,7,8,9,10}
The union of these two sets is
{1,3,5,6,7,8,9,10}
There are 8 numbers here out of the 10 possible.
So the answer for this question is 8/10 or 4/5.
The length of each side of the equilateral triangle is 5x³ + 11x⁵
<h3>Calculating Perimeter</h3>
From the question, we are to determine the length of each side of the equilateral triangle.
An equilateral triangle has its sides <u>equal</u> to each other.
If the length of a side of an equilateral triangle is c,
Then, the perimeter, P, of the triangle is
P = 3c
From the given information,
P = 15x³ + 33x⁵
∴ 3c = 15x³ + 33x⁵
c = (15x³ + 33x⁵) / 3
c = 3(5x³ + 11x⁵) / 3
c = 5x³ + 11x⁵
Hence, the length of each side of the equilateral triangle is 5x³ + 11x⁵
Learn more on Calculating perimeter here:
brainly.com/question/24382052
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When a quantity grows (gets bigger), then we can compute its PERCENT INCREASE:
[beautiful math coming... please be patient] <span><span>PERCENT INCREASE=<span><span>(new amount−original amount)</span>original amount</span></span><span>PERCENT INCREASE=<span><span>(new amount−original amount)</span>original amount</span></span></span>
Some people write this formula with <span><span>100%</span><span>100%</span></span>
at the end,
to emphasize that since it is percent increase, it should be reported as a percent.
So, here's an alternate way to give the formula:
<span><span>PERCENT INCREASE=<span><span>(new amount−original amount)</span>original amount</span>⋅100%</span><span>PERCENT INCREASE=<span><span>(new amount−original amount)</span>original amount</span>⋅100%</span></span>
Recall that <span><span>100%=100⋅<span>1100</span>=1</span><span>100%=100⋅<span>1100</span>=1</span></span>
.
So, <span><span>100%</span><span>100%</span></span>
is just the number <span>11</span>
!
Multiplying by <span>11</span>
doesn't change anything except the name of the number!
Hope this helps
I honestly think its a good way of raising funds, I would absolutely buy the ticket because in as much as the probability of wining is minimal, I'd be participating in the fund raising, and I do participate in games of chances every once in a while
