If the 4 states have to be in a specific order say ABCD,
then the total number of different possible routes is:
43P4 = 2,961,840
So the probability is:
1 / 2,961,840 = 3.38 x 10^-7
But if the 4 states can be in any order such as DBAC,
ACBD etc, then the total number of different possible routes is:
43C4 = 123,410
So the probability is:
1 / 123,410 = 8.1 x 10^-6
No I don’t think it is practical to list all the
different possible routes to select the one that is best. We can simply use
mathematical models to solve for that one.
<span> </span>
<span>Simplify (3x22)*divided*6+[28-(4)^2]=
</span>the answer is A 23
An example of the theme of movement that relates to the city of San Francisco is the emigration of people to other parts of the country.
<h3>What is a theme?</h3>
It should be noted that a theme simply means the underlying message that's conveyed based on the information given in a story.
It should be noted that the theme of movement examines geographical exploration.
Here, an example of the theme of movement that relates to the city of San Francisco is the emigration of people to other parts of the country.
Learn more about theme on:
brainly.com/question/11600913
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20 square yards. 15 * 12 is 180 and then you divide it by 9 which gives you 20 square yards. 9 square feet are equivalent to a square yard.
If we translate the word problems to mathematical equation,
2x + 3y = 60
The second equation is,
P = xy³
From the first equation, we get the value of y in terms of x.
y = (60 - 2x) / 3
Then, substitute the expression of y to the second equation,
P = x (60-2x) / 3
P = (60x - 2x²) / 3 = 20x - 2x²/3
We derive the equation and equate the derivative to zero.
dP/dx = 0 = 20 - 4x/3
The value of x from the equation is 15.
Hence, the value of x for the value of the second expression to be maximum is equal to 15.
