Taylor is building dog houses to sell. Each doghouse house requires free full sheets of plywood which Taylor cuts into new shapes. The plywood is shipped in bundles of 14 full sheets. How many dog houses can tell him make from 12 bundles plywood.

Answers

Answer 1

Answer:

Answer: 168

Step-by-step explanation:

Given : Taylor is building dog houses to sell. Each doghouse house requires free full sheets of plywood which Taylor cuts into new shapes.

The plywood is shipped in bundles of 14 full sheets.

Then , the number of dog houses can tell him make from 12 bundles plywood :-

$12*14=168$

Hence, the number of dog houses can tell him make from 12 bundles plywood = 168

Answer 2

Answer: The answer is 168 is the number of sheets are in 12 bundles of plywood

A. x = log 14 - 1

4

Step-by-step explanation:

10⁴ˣ ⁺ ¹ + 3 = 17

10⁴ˣ ⁺ ¹ = 17 - 3

10⁴ˣ ⁺ ¹ = 14

x = log 14 - 1

a square is constructed on each side of an equilateral triangle, and segments are drawn between adjacent external vertices of the three squares to form hexagon ABCDEF as shown. If the equilateral triangle has sides of length √3 - 1 units, what is the perimeter of the hexagon ABCDEF?

Answers

Answer:

$P=6\ units$

Step-by-step explanation:

we know that

The perimeter of the hexagon is equal to

$P=AB+BC+CD+DE+EF+FA$

Remember that

$AB+CD=EF=(√(3)-1)\ units$

$BC=DE=FA$ ----> is the length base of an isosceles triangle

The perimeter is equal to

$P=3(√(3)-1)+3BC$

Find the length side BC

Let

x ----> the measure of the vertex angle in the isosceles triangle

The measure of the vertex angle in the isosceles triangle is equal to

$90^o+60^o+90^o+x=360^o$

$x=120^o$

Applying trigonometric property

In the right triangle of the attached figure

$cos(30^o)=(BC/2)/(√(3)-1)$ ----> by CAH (adjacent side divided buy the hypotenuse

Remember that

$cos(30^o)=(√(3))/(2)$

substitute

$(√(3))/(2)=(BC/2)/(√(3)-1)$

$BC=(3-√(3))\ units$

Find the perimeter

$P=3(√(3)-1)+3(3-√(3))$

$P=3√(3)-3+9-3√(3))$

$P=6\ units$

9. Mr. Martinez is buying equipment for his school's computer lab. He has a budget of $7500. New desktopcomputers cost $600 each and new tablets cost $500 each. Which equation represents how much equipment
Martinez can buy with his budget?
a. 7500x + 600y = 500
c. 600x + 500y = 7500
b. 7500 + 600x = 500y
d. 600x = 500y + 7500

Answers

Answer:

Step-by-step explanation:

Final answer:

The correct equation representing Mr. Martinez's purchase scenario with his given budget is 600x + 500y = 7500, where x represents the number of desktop computers and y represents the number of tablets.

Explanation:

Mr. Martinez is buying equipment for his school's computer lab within a budget of $7500. The new desktop computers cost $600 each and new tablets cost $500 each. Let's define x as the number of desktop computers and y as the number of tablets. Therefore, the total cost of the computers and tablets purchased by Mr. Martinez should be equal to his budget. This gives us the equation 600x + 500y = 7500. Here, each computer (x) costs $600 and each tablet (y) costs $500. The total cost incurred will be the product of the unit costs and respective quantities, which is restricted by his budget of $7500.

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Select all of the following that are quadratic functions. x = 3y2 – 6y + 5, y + 3 = –2 x 2+ 5 , y = 2 x 2 – 8 x + 6, y= –7 x – 4, y – 3 x = 4 x 3 – x2 + 9, y = 5 x(x + 9) – 8, y – 2 x 2 = 3 x – 2 x 2 + 4

Answers

The standard form is ax² + bx + c = 0 with a, b, and c being constants, or numerical coefficients, and x is an unknown variable and if the highest power in the quation is 2 then it is a quadratic equation.

$x = 3y^(2)-6y + 5$ ----> Quadratic Equation

y +3 = -2x² +5----> Quadratic Equation

$y = 2 x^(2) - 8x + 6$ ----> Quadratic Equation

$y = -7x - 4$ ----> Non Quadratic Equation

$y - 3 x = 4 x^(3) - x^(2) + 9$ ----> Non Quadratic Equation

y = 5 x(x + 9) - 8----> Quadratic Equation

$y - 2x^(2) = 3 x - 2 x^(2) + 4$ ----> Quadratic Equation

Answer:

2. y + 3 = -2x^2 + 5

3. y = 2x^2 - 8x + 6

6. y = 5x (x+9) - 8

The school owns 2 classroom sets of 30 calculators each, which students are required to have during their mathematics class. There are 2 calculators from one set and 6 calculators from the other set that are not available for use by the students because these calculators are being repaired. For which of the following class periods, if any, are there NOT enough calculators available for each student to use a school-owned calculator without having to share?

Answers

None since only 8 are being fixed and they have two sets of calculaters which is a grand total of 60 with the 8 calculators. Once the the 8 are are subtracted from the equation there would be 52 and there is less students in the classroom for each class leaving extra calculators to be used.

There's not enough information here.

What number does y stand for in this equation?
2y - 7 = 35

Answers

Answer:

y stands for 21 in this equation.

Step-by-step explanation:

2y - 7 = 35

2y = 42

y = 21

Answer:

Y = 21

Step-by-step explanation:

2y -7 = 35

+7 +7

2y=42

/2 /2

Y = 21

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Taylor is building dog houses to sell. Each doghouse house requires free full sheets of plywood which Taylor cuts into new shapes. The plywood is shipped in bundles of 14 full sheets. How many dog houses can tell him make from 12 bundles plywood.

Answers

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A. x = log 14 - 1

4

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Final answer:

Explanation:

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