Will say
f(x) =3x^3 + 12^2 + 3x
be the polynomial; two other forms can be obtained by rearranging the terms:
f(x) =3x +12x^ +3x^3
Answer:
the answer is 675.70 or 4,504.33
Step-by-step explanation:
the right answer is that
Answer:
Step-by-step explanation:
Rectangular field:
unit^2
- Eq(A)
The cost of the fence depends on the side lengths of the rectangular fields (the perimeter) plus an additional fence down the middle
units
$
- Eq(B)
Since we want the minimum cost, we need to either differentiate the above equation OR just plot it.
but we need to have only variable on both sides of the equal (=) sign.
so we can substitute Eq(A) in Eq(B)
now just simplify it!
the figure below states that at L = 51.96 meters the cost is least.
by plotting this equation, we'll be able to clearly see the length at which the cost is least! Anywhere else will increase the cost!
We can use to find from Eq(A)
meters
The dimensions of the rectangle at which the cost of the fence is minimum is::
Step-by-step explanation:
the answer is 36000 cm2
please mark the brainliest
Answer:
The percentage of discounted tickets with respect to total tickets is 75 %
Step-by-step explanation:
Given as :
The total tickets of amusement park = 5,000
The total discounted tickets of amusement park = 3,750
Let The percentage of discounted tickets with respect to total tickets = D %
Now, According to question
The discounted percentage = × 100
or, D = × 100
or, D = 0.75 × 100
or D = × 100
∴ D = 75 %
So, percentage discounted tickets = D = 75 %
Hence The percentage of discounted tickets with respect to total tickets is 75 % . Answer