This is a construction of

Answers

Answer 1
Answer:

Answer: stream dynamite

Step-by-step explanation: i dont understand the question


Related Questions

What is the greatest common factor of the pair of numbers?104 and 260 Question 9 options: 4 13 20 52
F(x)=5x + 4When f(x) =54
What value of c makes x2 − 24x + c a perfect square trinomial?−144 −48 48 144 Unsubs
A dime has a radius of 8.5 millimeters. Find the circumference of a dime to the nearest tenth
Tony’s class needs more than $500 for the school dance. So far, they have raised $200. They plan to have a car wash, charging $8 a car, to raise more money. Tony solved the inequality 8x + 200 Greater-than-or-equal-to 500, and determined that if they wash 37 cars, they will have enough money. Is he correct? Explain.

If we have 6,000 movies and 3/5 were borrowed . how many movies were borred

Answers

1800 movies were borrowed: 6000 * 3/5=1800

6,000 * 3/5
 = 6,000/5 * 3
 = 1,200 * 3
 = 3,600

Use completing the square to solve (x – 12)(x + 4) = 9 for x. x = –1 or 15 x = 1 or 7

Answers

(x - 12)(x + 4) = 9
x² + 4x - 12x - 48 = 9
x² - 8x - 48 = 9    |add 48 to both sides
x² - 8x = 57
x² - 2x · 4 = 57    |add 4² to both sides
x² - 2x · 4 + 4² = 57 + 4²    |use (a - b)² = a² - 2ab + b²
(x - 4)² = 57 + 16
(x - 4)² = 73 ⇔ x - 4 = √73 or x - 4 = -√73    |add 4 to both sides

x = 4 + √73 or x = 4 - √73

You can model the population of a certain city between the years 1965 and 1995 by the radical function P(x)= 75,000 cubed root of (x-1940) . Using this model, in what year was the population of that city 245,000?

Answers

P(x)= 75,000*(x-1940)^(1/3)
then the P = 245000 means

245000 = 
75,000*(x-1940)^(1/3)
(245000/75000)^3 + 1940 = X
X ≈ 1974

(2a^(3))^(-3)
--------
(3b(-2))

Answers

Hello,

((2a^(3))^(-3))/(3b*(-2))=-(1)/((2a^3)^3*6b)=-(1)/(48a^9b)



The radius of a sphere is 6 centimeters. Which is the volume of the sphere?

Answers

the answer is in the file below
it simplifies to 288π or 904.78cm
Volume=4/3•pi•radius^3
=4/3•pi•6^3
=905cm^3 ( 3significant figures )

Which type of isometry is the equivalent of two reflections across intersecting lines? A. glide reflection B. rotation C. reflection D. none of these

Answers

B! THINK ABOUT IT ITS ALMOST COMMON SENSE. 

Answer: It is Glide reflection

Step-by-step explanation: