How do I put 2.625 into a fraction

Answers

Answer 1
Answer: 2 and 625/1000 (simp)  

 2 5/8 as a mixed number

25/8 as a regular fraction
Answer 2
Answer: 2 and 5/8

2 5/8 mixed number

21/8 as an improper fraction

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Write the equation in slope-intercept form and find the slope

Answers


I stand ready to begin the task, as soon as you tell me the equation.

The table shows the annual consumption of cheese per person in the United States for selected years in the 20th century. Let x = number of years since 1900, and y = pounds per person. What cubic model best fits this data? YearPounds Consumed. 19021.959. 19246.373. 19467.29. 198215.817. A. y = 0.00989x3 - 0.0000872x2 + 1.192x + 0.403. B. y = -0.0000872x3 + 0.00989x2 - 0.403x - 1.192. C. y = -0.0000872x3 - 0.00989x2 - 0.403x + 1.192. D. y = 0.0000872x3 - 0.00989x2 + 0.403x + 1.192

Answers

To see what model best represents this data we have to plug in the values for x and y:
Model D :
x = 2, y = 1.959
y = 0.0000872 · 2³ - 0.00989 · 2² + 0.403 · 2 + 1.192 = 1.968
....   ...
x = 82,  y = 15.817
y = 0.000873 · 82³ - 0.00989 · 82² + 0.403 · 82 + 1.192 = 15.818
Answer:
D ) y = 0.0000872 x²- 0.00989 x² + 0.403 x + 1.192
 

Help plsssssss:)))))))

Answers

Answer:

x = -14

Steps:

Rewrite the equation as -8 = 6+x

Then move all terms not containing x to the right side of the equation.

x = -8-6

Afterwords subtrack.

x = -14.

hope this helps :)

answer is x= -14. hope this helped!

A1 + a2 + a3 + a4 + a5

Answers

a15 i tbinkkjshajhshbs

How do I solve for the equation s=3f-24? Solve for f

Answers

s-3f=-24
-3f=-24-s
3f=24+s
f=24+s/3

Final answer:

To solve for 'f' in the algebraic equation 's=3f-24', add 24 to 's' and then divide the result by 3.

Explanation:

To solve the algebraic equation 's=3f-24' for 'f', you would first decide to isolate 'f'. To do this, start by getting rid of the '-24' on the right side of the equation by adding 24 to both sides. This would simplify the equation to 's+24=3f'. Next, divide both sides of the equation by 3. This step will result in a final solution of 'f=(s+24)/3'. So, to solve for 'f' in the provided equation, simply add 24 to the original 's' value and then divide the result by 3.

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Calculate the average rate of change for the given graph from x = –2 to x = 0 and select the correct answer below.please and thank you

Answers

Keywords:

average rate of change, parabola, interval, points

For this case we have to find the average rate of change of a parabola in the interval fromx = -2 to x = 0. To do this, we need two points for the parabola pass, and apply the following formula:

AVR = \frac {f (x_ {2}) - f (x_ {1})} {x_ {2} -x_ {1}}

We have the following points, taking into account thaty = f (x):

(x_ {1}, f (x_ {1})) = (- 2, -1)\n(x_ {2}, f (x_ {2})) = (0, -1)

Substituting:

AVR = \frac {-1 - (- 1)} {0 - (- 2)}\nAVR = \frac {-1 + 1} {0 + 2}\nAVR = 0

So, the average rate of change for the given graph is 0 in the given interval

Answer:

AVR = 0\ from\ x = -2\ to\ x = 0

Answer:

Average rate of change(A(x)) of f(x) over the interval [a, b] is given by:

A(x) = (f(b)-f(a))/(b-a)

As per the statement:

From the given graph as shown :

At x = -2

then;

f(-2) = -1

At x = 0

then;

f(0) = -1

To find the average rate of change for the given graph from x = –2 to x = 0 .

Substitute the given values we have;

A(x) = (f(0)-f(-2))/(0+2)

A(x) = (-1-(-1))/(2)

A(x) = (-1+1)/(2)

A(x) =0

Therefore, the average rate of change for the given graph from x = –2 to x = 0 is, 0