Answer:
27 feet for the south wall and 18 feet for the east/west walls
Maximum area=
Step-by-step explanation:
Optimization
This is a simple case where an objective function must be minimized or maximized, given some restrictions coming in the form of equations.
The first derivative method will be used to find the values of the parameters that control the objective function and the maximum value of that function.
The office space for Billy-Sean will have the form of a rectangle of dimensions x and y, being x the number of feet for the south wall and y the number of feet for the west wall. The total cost of the space is
C=8x+12y
The budget to build the office space is $432, thus
Solving for y
The area of the office space is
Replacing the value found above
Operating
This is the objective function and must be maximized. Taking its first derivative and equating to 0:
Operating
Solving
Calculating y
Compute the second derivative to ensure it's a maximum
Since it's negative for x positive, the values found are a maximum for the area of the office space, which area is
y –3 –1 1 3
A. The data do not represent a function.
B. The data represent a nonlinear function.
C. The data represent a quadratic function.
D. The data represent a linear function
Answer:
i would say B.. sorry of its not the right one..
Step-by-step explanation:
Answer:
D
Step-by-step explanation:
8
8xy
320
320xy
The greatest common factor of 8x and 40y is 8.
Factors of a number or an algebraic expression are the numbers or expressions which divides the given number evenly.
For example, 10 = 2 × 5
So we can say that 2 and 5 are factors of 10.
Greatest common factor of two or more numbers is the factor which is the greatest among all the common factors of both the numbers.
8x can be prime factorized as,
8x = 2 × 2 × 2 × x
Similarly, 40y can be prime factorized as,
40y = 2 × 2 × 2 × 5 × y
Greatest common factor of both the numbers is the product of the common prime factors of both.
Greatest common factor = 2 × 2 × 2 = 8, which is common to both.
Hence 8 is the greatest common factor of 8x and 40y.
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Answer:
8
Hope this helps!
Answer:
17
Step-by-step explanation:
We can put this as an AP (arithmetic progression).
The first number, after 160, that is divisible by 7 is:
161
The last number before 279 that is divisible by 7 is:
273
We can use the formula:
Where
tn is the nth term [here we take the last one, 273
a is the first term [161]
d is the common difference [7]
and n is the number of terms, we are trying to find this.
Substituting we get:
Hence, there are 17 integers
Answer:
Step-by-step explanation:
Given the expression (–5a)(2a – 1)
Open the bracket
(–5a)(2a – 1)
= -5a(2a) -5a(-1)
= -10a² + 5a
hence the equivalent expression is -10a² + 5a
Answer:
0.6
Step-by-step explanation:
each child gets just over half a pizza
Answer:
About 4
Step-by-step explanation:
Depends how many slices each pizza is but based on the average 8 slice pizza, 8 slices each pizza 3 pizzas 8*3= 24 slices
24/5= about 4 slices per child with 4 slices left
1. Substitute coordinates: d = StartRoot (negative 8 minus 0) squared + (2.5 minus (negative 4.5)) squared EndRoot
2. Simplify parentheses: d = StartRoot (negative 8) squared + (7) squared EndRoot
3. Evaluate powers: d = StartRoot 64 + 49 EndRoot
4. Simplify.
What is the distance between (–8, 2.5) and (0, –4.5)? Round to the nearest hundredth.
d ≈
The distance between points (- 8, 2.5) and (0, - 4.5) is,
⇒ d = 10.67
A pair of numbers which describe the exact position of a point on a cartesian plane by using the horizontal and vertical lines is called the coordinates.
Given that;
Two points are,
⇒ (- 8, 2.5) and (0, - 4.5)
Hence, The distance between (- 8, 2.5) and (0, - 4.5) is,
d = √ (- 8 - 0)² + (2.5 + 4.5)²
d = √ 64 + 7²
d = √64 + 49
d = √114
d = 10.67
Thus, The distance between points (- 8, 2.5) and (0, - 4.5) is,
⇒ d = 10.67
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Answer: B.10.63
Step-by-step explanation: