The diagram represents a difference of squares.What are the factors of m2 – 6m + 6m – 36?

Answers

Answer 1

Answer: The factors are
(m-6)(m+6)

Explanation:
Group the first two terms and factor out the common factor:
i.e m(m-6)
Repeat the procedure for terms 3 and 4.
6(m-6)

Regrouping:
m(m-6)+6(m-6)

On factoring out (m-6), we get:
(m-6)(m+6)

Answer 2

Answer:

Answer: The answer is D. (m – 6)(m + 6).

Step-by-step explanation:

This is 100% correct for the online course edge.nuity.

Related Questions

What passes through the points (-4,3) and (-4,-2)
2y-4=3y-5 find the y
Which type of triangle contains its centroid?A. rightB. acuteC. obtuseD. all of the above
Find the domain and range. y=-|x|+1
Describe all the possible locations for the graph of (x,y) if x=2

Solve each equation by finding all roots x^4-16=0

Answers

${ x }^( 4 )-16=0\n \n { x }^( 4 )=16\n \n x=\pm \sqrt [ 4 ]{ 16 } \n \n \therefore \quad x=\pm 2$

add both sides by 16
so you'll have x^4 =16
take the 4th root of both sides and you'll get x= 2

Write multiples of 5 and 8. use least common multiple to simplify 120/160

Answers

well you divide each number by 5 to start
120/5=24
160/5=32
now you take each answer (24 & 32) and divide them by 8
24/8=3
32/8=4
Your answer is going to be 3/4

Can y’all help me here ?

Answers

Answer:

109

Step-by-step explanation:

3^2=9 -10^2=100

For a spinning amusement park ride, the velocity v in meters per second of a car moving around a curve with a radius r meters is given by the formula v=sqrt(ar), where 'a' is the car’s acceleration in m/s^2.a) For safety reasons, a ride has a minimum acceleration of 39.2m/s^2 . If the cars on the ride have a velocity of 14m/s what is the smallest radius that any curve on the ride may have?

b) What is the acceleration of a car moving at 8m/s around a curve with a radius of 2.5m?

Answers

The smallest radius will be, r = 5 m. And the acceleration of a car is, a = 25.6 m/s².

What is acceleration?

Acceleration is the ratio of the change of the velocity with respect to time or the rate of change of the velocity.

a.The relation between the velocity, the radius of the path, and the acceleration on the circular path is given by :

Acceleration, a = 39.2 m/s²

Velocity of the car, v = 14 m/s

The radius of the path can be calculated using the above formula i.e.

$r=(v^2)/(a)$

$r=((14)^2)/(39.2)$

r = 5 m

b. Velocity of the car, v = 8 m/s

The radius of the path, r = 2.5 m

The acceleration of the car is given by :

$a=(8^2)/(2.5)$

a = 25.6 square meter.

Therefore, the smallest radius will be, r = 5 m. And the acceleration of a car is, a = 25.6 m/s².

To know more about acceleration follow

brainly.com/question/460763

#SPJ2

a)
v=sqrt(ar)
v^2=ar
r=(v^2)/a
r=(14^2)/39.2
r=5

5 m

b)
v=sqrt(ar)
v^2=ar
a=(v^2)/r
a=(8^2)/2.5
a=25.6

25.6ms^-2

Which of the following values would complete the ordered pair if the point is on the graph of ƒ(x) = -2x + 3? (-1, ___)

Answers

Answer:

the y value is 5. (-1,5)

Step-by-step explanation:

first you plug in -1 to the equation where the x is. f(-1)=-2(-1)+3. then solve with a calculator and you will get 5 as your y value. plug the equation in Desmos.

Answer:

the y value is 5. (-1,5)

Step-by-step explanation:

first you plug in -1 to the equation where the x is. f(-1)=-2(-1)+3. then solve with a calculator and you will get 5 as your y value. plug the equation in Desmos.

The scatter plot shows a hiker's elevation above sea level during a hike from the base to the top of a mountain. The equation of a trend line for the hiker's elevation is y equals=9.069.06xplus+651651, where x represents the number of minutes and y represents the hiker's elevation in feet. Use the equation of the trend line to estimate the hiker's elevation after 175 minutes.

Answers

Answer:

2236.5

Step-by-step explanation:

The regression equation for predicting hiker's elevation is

y=9.06x+651.

Here x is the number of minutes.

We wish to estimate hiker's elevation after 175 minutes. For this purpose we put x=175 in the predicted regression equation.

y=9.06(175)+651

y=1585.5+651

y=2236.5

Thus, the hiker's elevation after 175 minutes is 2236.5 feet.

Other Questions

X = 4y + 3, 2x + y = -3System of Equations

When f(x)=4, what is the value of x? 0 2 3 4

Kathryn ran 14 miles more than Heather last week. Kathryn ran 21.1 miles. How many miles did Heather run?

Jorge wants to write 4/5 as a sum of unit fractions.